TSTP Solution File: SYN455+1 by SuperZenon---0.0.1
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- Process Solution
%------------------------------------------------------------------------------
% File : SuperZenon---0.0.1
% Problem : SYN455+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 : n018.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 12:43:55 EDT 2022
% Result : Theorem 0.65s 0.83s
% Output : Proof 1.11s
% Verified :
% SZS Type : -
% Comments :
%------------------------------------------------------------------------------
%----WARNING: Could not form TPTP format derivation
%------------------------------------------------------------------------------
%----ORIGINAL SYSTEM OUTPUT
% 0.03/0.12 % Problem : SYN455+1 : TPTP v8.1.0. Released v2.1.0.
% 0.03/0.12 % Command : run_super_zenon -p0 -itptp -om -max-time %d %s
% 0.12/0.33 % Computer : n018.cluster.edu
% 0.12/0.33 % Model : x86_64 x86_64
% 0.12/0.33 % CPU : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz
% 0.12/0.33 % Memory : 8042.1875MB
% 0.12/0.33 % OS : Linux 3.10.0-693.el7.x86_64
% 0.12/0.33 % CPULimit : 300
% 0.12/0.33 % WCLimit : 600
% 0.12/0.33 % DateTime : Tue Jul 12 00:12:29 EDT 2022
% 0.12/0.33 % CPUTime :
% 0.65/0.83 % SZS status Theorem
% 0.65/0.83 (* PROOF-FOUND *)
% 0.65/0.83 (* BEGIN-PROOF *)
% 0.65/0.83 % SZS output start Proof
% 0.65/0.83 1. (-. (hskp20)) (hskp20) ### P-NotP
% 0.65/0.83 2. (-. (hskp14)) (hskp14) ### P-NotP
% 0.65/0.83 3. (-. (hskp4)) (hskp4) ### P-NotP
% 0.65/0.83 4. ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) (-. (hskp14)) (-. (hskp20)) ### DisjTree 1 2 3
% 0.65/0.83 5. (-. (hskp12)) (hskp12) ### P-NotP
% 0.65/0.83 6. (-. (hskp13)) (hskp13) ### P-NotP
% 0.65/0.83 7. (-. (hskp21)) (hskp21) ### P-NotP
% 0.65/0.83 8. ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp21)) (-. (hskp13)) (-. (hskp12)) ### DisjTree 5 6 7
% 0.65/0.83 9. (-. (ndr1_0)) (ndr1_0) ### P-NotP
% 0.65/0.83 10. (-. (c0_1 (a946))) (c0_1 (a946)) ### Axiom
% 0.65/0.83 11. (-. (c2_1 (a946))) (c2_1 (a946)) ### Axiom
% 0.65/0.83 12. (-. (c3_1 (a946))) (c3_1 (a946)) ### Axiom
% 0.65/0.83 13. ((ndr1_0) => ((c0_1 (a946)) \/ ((c2_1 (a946)) \/ (c3_1 (a946))))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (ndr1_0) ### DisjTree 9 10 11 12
% 0.65/0.83 14. (All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) ### All 13
% 0.65/0.83 15. (-. (hskp27)) (hskp27) ### P-NotP
% 0.65/0.83 16. (-. (hskp10)) (hskp10) ### P-NotP
% 0.65/0.83 17. ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (-. (hskp27)) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (ndr1_0) ### DisjTree 14 15 16
% 0.65/0.83 18. (c1_1 (a900)) (-. (c1_1 (a900))) ### Axiom
% 0.65/0.83 19. (c2_1 (a900)) (-. (c2_1 (a900))) ### Axiom
% 0.65/0.83 20. (c3_1 (a900)) (-. (c3_1 (a900))) ### Axiom
% 0.65/0.83 21. ((ndr1_0) => ((-. (c1_1 (a900))) \/ ((-. (c2_1 (a900))) \/ (-. (c3_1 (a900)))))) (c3_1 (a900)) (c2_1 (a900)) (c1_1 (a900)) (ndr1_0) ### DisjTree 9 18 19 20
% 0.65/0.83 22. (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) (ndr1_0) (c1_1 (a900)) (c2_1 (a900)) (c3_1 (a900)) ### All 21
% 0.65/0.83 23. (-. (hskp11)) (hskp11) ### P-NotP
% 0.65/0.83 24. ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) (c3_1 (a900)) (c2_1 (a900)) (c1_1 (a900)) (ndr1_0) ### DisjTree 22 23 5
% 0.65/0.83 25. ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900))))) (ndr1_0) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ### ConjTree 24
% 0.65/0.83 26. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ### Or 17 25
% 0.65/0.83 27. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 26
% 0.65/0.83 28. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp12)) (-. (hskp13)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ### Or 8 27
% 0.65/0.83 29. (-. (c0_1 (a921))) (c0_1 (a921)) ### Axiom
% 0.65/0.83 30. (-. (c3_1 (a921))) (c3_1 (a921)) ### Axiom
% 0.65/0.83 31. (c2_1 (a921)) (-. (c2_1 (a921))) ### Axiom
% 0.65/0.83 32. ((ndr1_0) => ((c0_1 (a921)) \/ ((c3_1 (a921)) \/ (-. (c2_1 (a921)))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ### DisjTree 9 29 30 31
% 0.65/0.83 33. (All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ### All 32
% 0.65/0.83 34. (-. (hskp2)) (hskp2) ### P-NotP
% 0.65/0.83 35. (-. (hskp0)) (hskp0) ### P-NotP
% 0.65/0.83 36. ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ### DisjTree 33 34 35
% 0.65/0.83 37. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) (ndr1_0) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ### ConjTree 36
% 0.65/0.83 38. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 28 37
% 0.65/0.83 39. ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp12)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### ConjTree 38
% 0.65/0.83 40. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp14)) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ### Or 4 39
% 0.65/0.83 41. (-. (c0_1 (a923))) (c0_1 (a923)) ### Axiom
% 0.65/0.83 42. (-. (c1_1 (a923))) (c1_1 (a923)) ### Axiom
% 0.65/0.83 43. (c3_1 (a923)) (-. (c3_1 (a923))) ### Axiom
% 0.65/0.83 44. ((ndr1_0) => ((c0_1 (a923)) \/ ((c1_1 (a923)) \/ (-. (c3_1 (a923)))))) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) (ndr1_0) ### DisjTree 9 41 42 43
% 0.65/0.83 45. (All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) (ndr1_0) (-. (c0_1 (a923))) (-. (c1_1 (a923))) (c3_1 (a923)) ### All 44
% 0.65/0.83 46. (-. (hskp6)) (hskp6) ### P-NotP
% 0.65/0.83 47. (-. (hskp7)) (hskp7) ### P-NotP
% 0.65/0.83 48. ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) (-. (hskp6)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) (ndr1_0) ### DisjTree 45 46 47
% 0.65/0.83 49. ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923)))))) (-. (hskp6)) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ### ConjTree 48
% 0.65/0.83 50. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) (-. (hskp6)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp12)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ### Or 40 49
% 0.65/0.83 51. (-. (c2_1 (a917))) (c2_1 (a917)) ### Axiom
% 0.65/0.83 52. (c1_1 (a917)) (-. (c1_1 (a917))) ### Axiom
% 0.65/0.83 53. (c3_1 (a917)) (-. (c3_1 (a917))) ### Axiom
% 0.65/0.83 54. ((ndr1_0) => ((c2_1 (a917)) \/ ((-. (c1_1 (a917))) \/ (-. (c3_1 (a917)))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (ndr1_0) ### DisjTree 9 51 52 53
% 0.65/0.83 55. (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (ndr1_0) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ### All 54
% 0.65/0.83 56. ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp21)) (-. (hskp10)) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (ndr1_0) ### DisjTree 55 16 7
% 0.65/0.83 57. (-. (c0_1 (a900))) (c0_1 (a900)) ### Axiom
% 0.65/0.83 58. (c1_1 (a900)) (-. (c1_1 (a900))) ### Axiom
% 0.65/0.83 59. (c2_1 (a900)) (-. (c2_1 (a900))) ### Axiom
% 0.65/0.83 60. ((ndr1_0) => ((c0_1 (a900)) \/ ((-. (c1_1 (a900))) \/ (-. (c2_1 (a900)))))) (c2_1 (a900)) (c1_1 (a900)) (-. (c0_1 (a900))) (ndr1_0) ### DisjTree 9 57 58 59
% 0.65/0.83 61. (All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) (ndr1_0) (-. (c0_1 (a900))) (c1_1 (a900)) (c2_1 (a900)) ### All 60
% 0.65/0.83 62. (c2_1 (a900)) (-. (c2_1 (a900))) ### Axiom
% 0.65/0.83 63. (c3_1 (a900)) (-. (c3_1 (a900))) ### Axiom
% 0.65/0.83 64. ((ndr1_0) => ((-. (c0_1 (a900))) \/ ((-. (c2_1 (a900))) \/ (-. (c3_1 (a900)))))) (c3_1 (a900)) (c2_1 (a900)) (c1_1 (a900)) (All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) (ndr1_0) ### DisjTree 9 61 62 63
% 0.65/0.83 65. (All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) (ndr1_0) (All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) (c1_1 (a900)) (c2_1 (a900)) (c3_1 (a900)) ### All 64
% 0.65/0.83 66. (-. (hskp23)) (hskp23) ### P-NotP
% 0.65/0.83 67. (-. (hskp15)) (hskp15) ### P-NotP
% 0.65/0.83 68. ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp23)) (c3_1 (a900)) (c2_1 (a900)) (c1_1 (a900)) (All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) (ndr1_0) ### DisjTree 65 66 67
% 0.65/0.83 69. (-. (hskp3)) (hskp3) ### P-NotP
% 0.65/0.83 70. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp13)) (-. (hskp3)) (ndr1_0) (c1_1 (a900)) (c2_1 (a900)) (c3_1 (a900)) (-. (hskp23)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ### DisjTree 68 69 6
% 0.65/0.83 71. ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp23)) (ndr1_0) (-. (hskp3)) (-. (hskp13)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ### ConjTree 70
% 0.65/0.83 72. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp13)) (-. (hskp3)) (-. (hskp23)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ### Or 17 71
% 0.65/0.83 73. (-. (c0_1 (a954))) (c0_1 (a954)) ### Axiom
% 0.65/0.83 74. (c1_1 (a954)) (-. (c1_1 (a954))) ### Axiom
% 0.65/0.83 75. (c3_1 (a954)) (-. (c3_1 (a954))) ### Axiom
% 0.65/0.83 76. ((ndr1_0) => ((c0_1 (a954)) \/ ((-. (c1_1 (a954))) \/ (-. (c3_1 (a954)))))) (c3_1 (a954)) (c1_1 (a954)) (-. (c0_1 (a954))) (ndr1_0) ### DisjTree 9 73 74 75
% 0.65/0.83 77. (All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) (ndr1_0) (-. (c0_1 (a954))) (c1_1 (a954)) (c3_1 (a954)) ### All 76
% 0.65/0.83 78. (-. (hskp8)) (hskp8) ### P-NotP
% 0.65/0.83 79. ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a954)) (c1_1 (a954)) (-. (c0_1 (a954))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (ndr1_0) ### DisjTree 14 77 78
% 0.65/0.83 80. ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954)))))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ### ConjTree 79
% 0.65/0.83 81. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp3)) (-. (hskp13)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### Or 72 80
% 0.65/0.83 82. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp13)) (-. (hskp3)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### ConjTree 81
% 0.65/0.83 83. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp3)) (-. (hskp13)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (ndr1_0) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ### Or 56 82
% 0.65/0.83 84. (-. (c0_1 (a924))) (c0_1 (a924)) ### Axiom
% 0.65/0.83 85. (-. (c1_1 (a924))) (c1_1 (a924)) ### Axiom
% 0.65/0.83 86. (c2_1 (a924)) (-. (c2_1 (a924))) ### Axiom
% 0.65/0.83 87. ((ndr1_0) => ((c0_1 (a924)) \/ ((c1_1 (a924)) \/ (-. (c2_1 (a924)))))) (c2_1 (a924)) (-. (c1_1 (a924))) (-. (c0_1 (a924))) (ndr1_0) ### DisjTree 9 84 85 86
% 0.65/0.83 88. (All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) (ndr1_0) (-. (c0_1 (a924))) (-. (c1_1 (a924))) (c2_1 (a924)) ### All 87
% 0.65/0.83 89. ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) (c2_1 (a924)) (-. (c1_1 (a924))) (-. (c0_1 (a924))) (ndr1_0) ### DisjTree 88 69 3
% 0.65/0.83 90. ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924)))))) (ndr1_0) (-. (hskp3)) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ### ConjTree 89
% 0.65/0.83 91. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (ndr1_0) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp13)) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 83 90
% 0.65/0.83 92. (-. (c0_1 (a946))) (c0_1 (a946)) ### Axiom
% 0.65/0.83 93. (-. (c2_1 (a946))) (c2_1 (a946)) ### Axiom
% 0.65/0.83 94. (-. (c3_1 (a946))) (c3_1 (a946)) ### Axiom
% 0.65/0.83 95. (c1_1 (a946)) (-. (c1_1 (a946))) ### Axiom
% 0.65/0.83 96. ((ndr1_0) => ((c2_1 (a946)) \/ ((c3_1 (a946)) \/ (-. (c1_1 (a946)))))) (c1_1 (a946)) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (ndr1_0) ### DisjTree 9 93 94 95
% 0.65/0.83 97. (All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) (ndr1_0) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (c1_1 (a946)) ### All 96
% 0.65/0.83 98. (-. (c2_1 (a946))) (c2_1 (a946)) ### Axiom
% 0.65/0.83 99. ((ndr1_0) => ((c0_1 (a946)) \/ ((c1_1 (a946)) \/ (c2_1 (a946))))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) (-. (c0_1 (a946))) (ndr1_0) ### DisjTree 9 92 97 98
% 0.65/0.83 100. (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (ndr1_0) (-. (c0_1 (a946))) (All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) ### All 99
% 0.65/0.83 101. ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (ndr1_0) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) ### Or 100 55
% 0.65/0.83 102. (-. (c1_1 (a939))) (c1_1 (a939)) ### Axiom
% 0.65/0.83 103. (-. (c3_1 (a939))) (c3_1 (a939)) ### Axiom
% 0.65/0.83 104. (c0_1 (a939)) (-. (c0_1 (a939))) ### Axiom
% 0.65/0.83 105. ((ndr1_0) => ((c1_1 (a939)) \/ ((c3_1 (a939)) \/ (-. (c0_1 (a939)))))) (c0_1 (a939)) (-. (c3_1 (a939))) (-. (c1_1 (a939))) (ndr1_0) ### DisjTree 9 102 103 104
% 0.65/0.83 106. (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) (ndr1_0) (-. (c1_1 (a939))) (-. (c3_1 (a939))) (c0_1 (a939)) ### All 105
% 0.65/0.83 107. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c0_1 (a939)) (-. (c3_1 (a939))) (-. (c1_1 (a939))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 101 33 106
% 0.65/0.83 108. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (c1_1 (a939))) (-. (c3_1 (a939))) (c0_1 (a939)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ### ConjTree 107
% 0.65/0.83 109. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c0_1 (a939)) (-. (c3_1 (a939))) (-. (c1_1 (a939))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (ndr1_0) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ### Or 56 108
% 0.65/0.83 110. ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (ndr1_0) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 109
% 0.65/0.83 111. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (ndr1_0) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp14)) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ### Or 4 110
% 0.65/0.83 112. (-. (hskp5)) (hskp5) ### P-NotP
% 0.65/0.83 113. ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a900)) (c2_1 (a900)) (c1_1 (a900)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) (ndr1_0) ### DisjTree 45 22 112
% 0.65/0.83 114. ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900))))) (ndr1_0) (-. (c0_1 (a923))) (-. (c1_1 (a923))) (c3_1 (a923)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ### ConjTree 113
% 0.65/0.83 115. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ### Or 17 114
% 0.65/0.83 116. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) (-. (c0_1 (a923))) (-. (c1_1 (a923))) (c3_1 (a923)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 115
% 0.65/0.83 117. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ### Or 56 116
% 0.65/0.83 118. ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 117
% 0.65/0.83 119. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (ndr1_0) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ### Or 111 118
% 0.65/0.83 120. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (ndr1_0) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 119
% 0.65/0.83 121. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (ndr1_0) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 91 120
% 0.65/0.83 122. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### ConjTree 121
% 0.65/0.83 123. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp6)) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### Or 50 122
% 0.65/0.83 124. (-. (c2_1 (a914))) (c2_1 (a914)) ### Axiom
% 0.65/0.83 125. (c0_1 (a914)) (-. (c0_1 (a914))) ### Axiom
% 0.65/0.83 126. (c3_1 (a914)) (-. (c3_1 (a914))) ### Axiom
% 0.65/0.83 127. ((ndr1_0) => ((c2_1 (a914)) \/ ((-. (c0_1 (a914))) \/ (-. (c3_1 (a914)))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) ### DisjTree 9 124 125 126
% 0.65/0.83 128. (All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ### All 127
% 0.65/0.83 129. ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) (-. (hskp7)) (-. (hskp5)) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) ### DisjTree 128 112 47
% 0.65/0.83 130. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) (-. (hskp5)) (-. (hskp7)) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ### ConjTree 129
% 0.65/0.83 131. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) (-. (hskp6)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 123 130
% 0.65/0.83 132. (-. (c0_1 (a912))) (c0_1 (a912)) ### Axiom
% 0.65/0.83 133. (c1_1 (a912)) (-. (c1_1 (a912))) ### Axiom
% 0.65/0.83 134. (c2_1 (a912)) (-. (c2_1 (a912))) ### Axiom
% 0.65/0.83 135. ((ndr1_0) => ((c0_1 (a912)) \/ ((-. (c1_1 (a912))) \/ (-. (c2_1 (a912)))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ### DisjTree 9 132 133 134
% 0.65/0.83 136. (All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ### All 135
% 0.65/0.83 137. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp13)) (-. (hskp3)) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ### DisjTree 136 69 6
% 0.65/0.83 138. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ### Or 137 37
% 0.65/0.83 139. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### ConjTree 138
% 0.65/0.83 140. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp6)) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 131 139
% 0.65/0.83 141. (-. (c0_1 (a909))) (c0_1 (a909)) ### Axiom
% 0.65/0.83 142. (c1_1 (a909)) (-. (c1_1 (a909))) ### Axiom
% 0.65/0.83 143. (c2_1 (a909)) (-. (c2_1 (a909))) ### Axiom
% 0.65/0.83 144. ((ndr1_0) => ((c0_1 (a909)) \/ ((-. (c1_1 (a909))) \/ (-. (c2_1 (a909)))))) (c2_1 (a909)) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) ### DisjTree 9 141 142 143
% 0.65/0.83 145. (All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (c2_1 (a909)) ### All 144
% 0.65/0.83 146. (-. (c3_1 (a909))) (c3_1 (a909)) ### Axiom
% 0.65/0.83 147. (c1_1 (a909)) (-. (c1_1 (a909))) ### Axiom
% 0.65/0.83 148. ((ndr1_0) => ((c2_1 (a909)) \/ ((c3_1 (a909)) \/ (-. (c1_1 (a909)))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) (ndr1_0) ### DisjTree 9 145 146 147
% 0.65/0.83 149. (All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) (ndr1_0) (All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ### All 148
% 0.65/0.83 150. (-. (c0_1 (a954))) (c0_1 (a954)) ### Axiom
% 0.65/0.83 151. (c1_1 (a954)) (-. (c1_1 (a954))) ### Axiom
% 0.65/0.83 152. (c2_1 (a954)) (-. (c2_1 (a954))) ### Axiom
% 0.65/0.83 153. ((ndr1_0) => ((c0_1 (a954)) \/ ((-. (c1_1 (a954))) \/ (-. (c2_1 (a954)))))) (c2_1 (a954)) (c1_1 (a954)) (-. (c0_1 (a954))) (ndr1_0) ### DisjTree 9 150 151 152
% 0.65/0.83 154. (All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) (ndr1_0) (-. (c0_1 (a954))) (c1_1 (a954)) (c2_1 (a954)) ### All 153
% 0.65/0.83 155. (c1_1 (a954)) (-. (c1_1 (a954))) ### Axiom
% 0.65/0.83 156. (c3_1 (a954)) (-. (c3_1 (a954))) ### Axiom
% 0.65/0.83 157. ((ndr1_0) => ((c2_1 (a954)) \/ ((-. (c1_1 (a954))) \/ (-. (c3_1 (a954)))))) (c3_1 (a954)) (c1_1 (a954)) (-. (c0_1 (a954))) (All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) (ndr1_0) ### DisjTree 9 154 155 156
% 0.65/0.83 158. (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (ndr1_0) (All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) (-. (c0_1 (a954))) (c1_1 (a954)) (c3_1 (a954)) ### All 157
% 0.65/0.83 159. ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a954)) (c1_1 (a954)) (-. (c0_1 (a954))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) (ndr1_0) ### Or 149 158
% 0.65/0.83 160. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp13)) (-. (hskp3)) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c0_1 (a954))) (c1_1 (a954)) (c3_1 (a954)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 159 69 6
% 0.65/0.83 161. ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) (-. (hskp3)) (-. (hskp13)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ### ConjTree 160
% 0.65/0.83 162. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp3)) (-. (hskp13)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### Or 72 161
% 0.65/0.83 163. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp13)) (-. (hskp3)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### ConjTree 162
% 0.65/0.83 164. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp12)) (-. (hskp13)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ### Or 8 163
% 0.65/0.83 165. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp13)) (-. (hskp12)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 164 90
% 0.65/0.83 166. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp12)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 165 37
% 0.65/0.83 167. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp3)) (-. (hskp13)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (ndr1_0) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ### Or 56 163
% 0.65/0.83 168. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (ndr1_0) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp13)) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 167 90
% 0.65/0.83 169. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (ndr1_0) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 168 120
% 0.65/0.83 170. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (ndr1_0) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### ConjTree 169
% 0.65/0.83 171. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 166 170
% 0.65/0.83 172. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (ndr1_0) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### ConjTree 138
% 0.65/0.83 173. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 171 172
% 0.65/0.83 174. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 173
% 0.65/0.83 175. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) (-. (hskp6)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 140 174
% 0.65/0.83 176. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp12)) (-. (hskp13)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ### Or 8 82
% 0.65/0.83 177. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp13)) (-. (hskp12)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 176 90
% 0.65/0.83 178. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp12)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 177 37
% 0.65/0.83 179. (-. (c2_1 (a908))) (c2_1 (a908)) ### Axiom
% 0.65/0.83 180. (-. (c3_1 (a908))) (c3_1 (a908)) ### Axiom
% 0.65/0.83 181. (c1_1 (a908)) (-. (c1_1 (a908))) ### Axiom
% 0.65/0.83 182. ((ndr1_0) => ((c2_1 (a908)) \/ ((c3_1 (a908)) \/ (-. (c1_1 (a908)))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ### DisjTree 9 179 180 181
% 0.65/0.83 183. (All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ### All 182
% 0.65/0.83 184. ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ### Or 183 55
% 0.65/0.83 185. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### ConjTree 184
% 0.65/0.83 186. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 178 185
% 0.65/0.84 187. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 186 172
% 0.65/0.84 188. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 173
% 0.65/0.84 189. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 187 188
% 0.65/0.84 190. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 189
% 0.65/0.84 191. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 175 190
% 0.65/0.84 192. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (ndr1_0) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### ConjTree 121
% 0.65/0.84 193. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 38 192
% 0.65/0.84 194. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) (ndr1_0) (-. (hskp5)) (-. (hskp7)) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ### ConjTree 129
% 0.65/0.84 195. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) (-. (hskp7)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 193 194
% 0.65/0.84 196. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) (-. (hskp7)) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 195 172
% 0.65/0.84 197. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) (-. (hskp7)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 196 188
% 0.65/0.84 198. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 189
% 0.65/0.84 199. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 197 198
% 0.65/0.84 200. ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907)))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### ConjTree 199
% 0.65/0.84 201. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 191 200
% 0.65/0.84 202. (-. (c3_1 (a906))) (c3_1 (a906)) ### Axiom
% 0.65/0.84 203. (c0_1 (a906)) (-. (c0_1 (a906))) ### Axiom
% 0.65/0.84 204. (c2_1 (a906)) (-. (c2_1 (a906))) ### Axiom
% 0.65/0.84 205. ((ndr1_0) => ((c3_1 (a906)) \/ ((-. (c0_1 (a906))) \/ (-. (c2_1 (a906)))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (ndr1_0) ### DisjTree 9 202 203 204
% 0.65/0.84 206. (All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) (ndr1_0) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ### All 205
% 0.65/0.84 207. (-. (c3_1 (a906))) (c3_1 (a906)) ### Axiom
% 0.65/0.84 208. (c1_1 (a906)) (-. (c1_1 (a906))) ### Axiom
% 0.65/0.84 209. (c2_1 (a906)) (-. (c2_1 (a906))) ### Axiom
% 0.65/0.84 210. ((ndr1_0) => ((c3_1 (a906)) \/ ((-. (c1_1 (a906))) \/ (-. (c2_1 (a906)))))) (c2_1 (a906)) (c1_1 (a906)) (-. (c3_1 (a906))) (ndr1_0) ### DisjTree 9 207 208 209
% 0.65/0.84 211. (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))) (ndr1_0) (-. (c3_1 (a906))) (c1_1 (a906)) (c2_1 (a906)) ### All 210
% 0.65/0.84 212. (-. (c3_1 (a906))) (c3_1 (a906)) ### Axiom
% 0.65/0.84 213. (c0_1 (a906)) (-. (c0_1 (a906))) ### Axiom
% 0.65/0.84 214. ((ndr1_0) => ((c1_1 (a906)) \/ ((c3_1 (a906)) \/ (-. (c0_1 (a906)))))) (c0_1 (a906)) (c2_1 (a906)) (-. (c3_1 (a906))) (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))) (ndr1_0) ### DisjTree 9 211 212 213
% 0.65/0.84 215. (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) (ndr1_0) (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))) (-. (c3_1 (a906))) (c2_1 (a906)) (c0_1 (a906)) ### All 214
% 0.65/0.84 216. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 101 206 215
% 0.65/0.84 217. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 101 33 216
% 0.65/0.84 218. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ### ConjTree 217
% 0.65/0.84 219. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (ndr1_0) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ### Or 56 218
% 0.65/0.84 220. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (ndr1_0) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 219
% 0.65/0.84 221. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (ndr1_0) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 91 220
% 0.65/0.84 222. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (ndr1_0) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### ConjTree 221
% 0.65/0.84 223. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 178 222
% 0.65/0.84 224. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 223 172
% 0.65/0.84 225. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (ndr1_0) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 168 220
% 0.65/0.84 226. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (ndr1_0) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### ConjTree 225
% 0.65/0.84 227. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 166 226
% 0.65/0.84 228. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 227 172
% 0.65/0.84 229. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 228
% 0.65/0.84 230. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 224 229
% 0.65/0.84 231. ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 230
% 0.65/0.84 232. ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### Or 201 231
% 0.65/0.84 233. (-. (hskp28)) (hskp28) ### P-NotP
% 0.65/0.84 234. ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (-. (hskp28)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ### DisjTree 33 233 5
% 0.65/0.84 235. (-. (c2_1 (a905))) (c2_1 (a905)) ### Axiom
% 0.65/0.84 236. (-. (c0_1 (a905))) (c0_1 (a905)) ### Axiom
% 0.65/0.84 237. (-. (c1_1 (a905))) (c1_1 (a905)) ### Axiom
% 0.65/0.84 238. (-. (c2_1 (a905))) (c2_1 (a905)) ### Axiom
% 0.65/0.84 239. ((ndr1_0) => ((c0_1 (a905)) \/ ((c1_1 (a905)) \/ (c2_1 (a905))))) (-. (c2_1 (a905))) (-. (c1_1 (a905))) (-. (c0_1 (a905))) (ndr1_0) ### DisjTree 9 236 237 238
% 0.65/0.84 240. (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (ndr1_0) (-. (c0_1 (a905))) (-. (c1_1 (a905))) (-. (c2_1 (a905))) ### All 239
% 0.65/0.84 241. (c3_1 (a905)) (-. (c3_1 (a905))) ### Axiom
% 0.65/0.84 242. ((ndr1_0) => ((c2_1 (a905)) \/ ((-. (c1_1 (a905))) \/ (-. (c3_1 (a905)))))) (c3_1 (a905)) (-. (c0_1 (a905))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (-. (c2_1 (a905))) (ndr1_0) ### DisjTree 9 235 240 241
% 0.65/0.84 243. (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (ndr1_0) (-. (c2_1 (a905))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (-. (c0_1 (a905))) (c3_1 (a905)) ### All 242
% 0.65/0.84 244. ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp21)) (-. (hskp10)) (c3_1 (a905)) (-. (c0_1 (a905))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (-. (c2_1 (a905))) (ndr1_0) ### DisjTree 243 16 7
% 0.65/0.84 245. (-. (c0_1 (a905))) (c0_1 (a905)) ### Axiom
% 0.65/0.84 246. (-. (c2_1 (a905))) (c2_1 (a905)) ### Axiom
% 0.65/0.84 247. (c3_1 (a905)) (-. (c3_1 (a905))) ### Axiom
% 0.65/0.84 248. ((ndr1_0) => ((c0_1 (a905)) \/ ((c2_1 (a905)) \/ (-. (c3_1 (a905)))))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (ndr1_0) ### DisjTree 9 245 246 247
% 0.65/0.84 249. (All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) (ndr1_0) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ### All 248
% 0.65/0.84 250. (c0_1 (a916)) (-. (c0_1 (a916))) ### Axiom
% 0.65/0.84 251. (c1_1 (a916)) (-. (c1_1 (a916))) ### Axiom
% 0.65/0.84 252. (c3_1 (a916)) (-. (c3_1 (a916))) ### Axiom
% 0.65/0.84 253. ((ndr1_0) => ((-. (c0_1 (a916))) \/ ((-. (c1_1 (a916))) \/ (-. (c3_1 (a916)))))) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) (ndr1_0) ### DisjTree 9 250 251 252
% 0.65/0.84 254. (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) (ndr1_0) (c0_1 (a916)) (c1_1 (a916)) (c3_1 (a916)) ### All 253
% 0.65/0.84 255. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) (ndr1_0) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) (-. (hskp10)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ### DisjTree 244 249 254
% 0.65/0.84 256. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp21)) (-. (hskp10)) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 255
% 0.65/0.84 257. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) (-. (hskp10)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ### Or 234 256
% 0.65/0.84 258. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### Or 257 27
% 0.65/0.84 259. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (ndr1_0) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 258
% 0.65/0.84 260. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 28 259
% 0.65/0.84 261. (c0_1 (a900)) (-. (c0_1 (a900))) ### Axiom
% 0.65/0.84 262. (c1_1 (a900)) (-. (c1_1 (a900))) ### Axiom
% 0.65/0.84 263. (c3_1 (a900)) (-. (c3_1 (a900))) ### Axiom
% 0.65/0.84 264. ((ndr1_0) => ((-. (c0_1 (a900))) \/ ((-. (c1_1 (a900))) \/ (-. (c3_1 (a900)))))) (c3_1 (a900)) (c1_1 (a900)) (c0_1 (a900)) (ndr1_0) ### DisjTree 9 261 262 263
% 0.65/0.84 265. (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) (ndr1_0) (c0_1 (a900)) (c1_1 (a900)) (c3_1 (a900)) ### All 264
% 0.65/0.84 266. (c1_1 (a900)) (-. (c1_1 (a900))) ### Axiom
% 0.65/0.84 267. (c2_1 (a900)) (-. (c2_1 (a900))) ### Axiom
% 0.65/0.84 268. ((ndr1_0) => ((c0_1 (a900)) \/ ((-. (c1_1 (a900))) \/ (-. (c2_1 (a900)))))) (c2_1 (a900)) (c3_1 (a900)) (c1_1 (a900)) (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) (ndr1_0) ### DisjTree 9 265 266 267
% 0.65/0.84 269. (All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) (ndr1_0) (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) (c1_1 (a900)) (c3_1 (a900)) (c2_1 (a900)) ### All 268
% 0.65/0.84 270. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) (c2_1 (a900)) (c3_1 (a900)) (c1_1 (a900)) (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) (ndr1_0) ### DisjTree 269 47 2
% 0.65/0.84 271. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c1_1 (a900)) (c3_1 (a900)) (c2_1 (a900)) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 101 249 270
% 0.65/0.84 272. ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (ndr1_0) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 271
% 0.65/0.84 273. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ### Or 17 272
% 0.65/0.84 274. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 273
% 0.65/0.84 275. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ### Or 56 274
% 0.65/0.84 276. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 275 118
% 0.65/0.84 277. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 276
% 0.65/0.84 278. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 260 277
% 0.65/0.84 279. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 278 194
% 0.65/0.84 280. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 279 172
% 0.65/0.84 281. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 260 185
% 0.65/0.84 282. (-. (c2_1 (a914))) (c2_1 (a914)) ### Axiom
% 0.65/0.84 283. (-. (c1_1 (a914))) (c1_1 (a914)) ### Axiom
% 0.65/0.84 284. (c0_1 (a914)) (-. (c0_1 (a914))) ### Axiom
% 0.65/0.84 285. (c3_1 (a914)) (-. (c3_1 (a914))) ### Axiom
% 0.65/0.84 286. ((ndr1_0) => ((c1_1 (a914)) \/ ((-. (c0_1 (a914))) \/ (-. (c3_1 (a914)))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c1_1 (a914))) (ndr1_0) ### DisjTree 9 283 284 285
% 0.65/0.84 287. (All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) (ndr1_0) (-. (c1_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ### All 286
% 0.65/0.84 288. (c3_1 (a914)) (-. (c3_1 (a914))) ### Axiom
% 0.65/0.84 289. ((ndr1_0) => ((c2_1 (a914)) \/ ((-. (c1_1 (a914))) \/ (-. (c3_1 (a914)))))) (c3_1 (a914)) (c0_1 (a914)) (All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) (-. (c2_1 (a914))) (ndr1_0) ### DisjTree 9 282 287 288
% 0.65/0.84 290. (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (ndr1_0) (-. (c2_1 (a914))) (All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) (c0_1 (a914)) (c3_1 (a914)) ### All 289
% 0.65/0.84 291. ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ### Or 183 290
% 0.65/0.84 292. ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp28)) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### Or 291 233
% 0.65/0.84 293. ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (-. (c2_1 (a905))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ### Or 183 243
% 0.65/0.84 294. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 293 249 254
% 0.65/0.84 295. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 294
% 0.65/0.84 296. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ### Or 292 295
% 0.65/0.84 297. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 296
% 0.65/0.84 298. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 281 297
% 0.65/0.84 299. (c1_1 (a916)) (-. (c1_1 (a916))) ### Axiom
% 0.65/0.84 300. (-. (c2_1 (a916))) (c2_1 (a916)) ### Axiom
% 0.65/0.84 301. (c1_1 (a916)) (-. (c1_1 (a916))) ### Axiom
% 0.65/0.84 302. (c3_1 (a916)) (-. (c3_1 (a916))) ### Axiom
% 0.65/0.84 303. ((ndr1_0) => ((c2_1 (a916)) \/ ((-. (c1_1 (a916))) \/ (-. (c3_1 (a916)))))) (c3_1 (a916)) (c1_1 (a916)) (-. (c2_1 (a916))) (ndr1_0) ### DisjTree 9 300 301 302
% 0.65/0.84 304. (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (ndr1_0) (-. (c2_1 (a916))) (c1_1 (a916)) (c3_1 (a916)) ### All 303
% 0.65/0.84 305. (c3_1 (a916)) (-. (c3_1 (a916))) ### Axiom
% 0.65/0.84 306. ((ndr1_0) => ((-. (c1_1 (a916))) \/ ((-. (c2_1 (a916))) \/ (-. (c3_1 (a916)))))) (c3_1 (a916)) (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (c1_1 (a916)) (ndr1_0) ### DisjTree 9 299 304 305
% 0.65/0.84 307. (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) (ndr1_0) (c1_1 (a916)) (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (c3_1 (a916)) ### All 306
% 0.65/0.84 308. ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) (c3_1 (a916)) (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (c1_1 (a916)) (ndr1_0) ### DisjTree 307 23 5
% 0.65/0.84 309. ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a916)) (c3_1 (a916)) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ### Or 183 308
% 0.65/0.84 310. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### ConjTree 309
% 0.65/0.84 311. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ### Or 234 310
% 0.65/0.84 312. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 311
% 0.65/0.84 313. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ### Or 137 312
% 0.65/0.84 314. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 313 185
% 0.65/0.84 315. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 314 297
% 0.65/0.84 316. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (ndr1_0) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 315
% 0.65/0.84 317. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 298 316
% 0.65/0.84 318. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 317
% 0.65/0.84 319. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 280 318
% 0.65/0.84 320. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp13)) (-. (hskp3)) (c2_1 (a900)) (c3_1 (a900)) (c1_1 (a900)) (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) (ndr1_0) ### DisjTree 269 69 6
% 0.65/0.84 321. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c1_1 (a900)) (c3_1 (a900)) (c2_1 (a900)) (-. (hskp3)) (-. (hskp13)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 101 249 320
% 0.65/0.84 322. ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (ndr1_0) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp13)) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 321
% 0.65/0.84 323. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (hskp3)) (-. (hskp13)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ### Or 17 322
% 0.65/0.84 324. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp13)) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 323
% 0.65/0.84 325. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (hskp3)) (-. (hskp13)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ### Or 56 324
% 0.65/0.84 326. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 325 220
% 0.65/0.84 327. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### ConjTree 326
% 0.65/0.84 328. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 260 327
% 0.65/0.84 329. (-. (c0_1 (a905))) (c0_1 (a905)) ### Axiom
% 0.65/0.84 330. (c3_1 (a905)) (-. (c3_1 (a905))) ### Axiom
% 0.65/0.84 331. ((ndr1_0) => ((c0_1 (a905)) \/ ((-. (c1_1 (a905))) \/ (-. (c3_1 (a905)))))) (c3_1 (a905)) (-. (c2_1 (a905))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (-. (c0_1 (a905))) (ndr1_0) ### DisjTree 9 329 240 330
% 0.65/0.84 332. (All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) (ndr1_0) (-. (c0_1 (a905))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (-. (c2_1 (a905))) (c3_1 (a905)) ### All 331
% 0.65/0.84 333. ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a905)) (-. (c2_1 (a905))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (-. (c0_1 (a905))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (ndr1_0) ### DisjTree 14 332 78
% 0.65/0.84 334. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c1_1 (a900)) (c3_1 (a900)) (c2_1 (a900)) (-. (hskp3)) (-. (hskp13)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ### DisjTree 333 249 320
% 0.65/0.84 335. ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (ndr1_0) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp13)) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 334
% 0.65/0.84 336. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (hskp3)) (-. (hskp13)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ### Or 17 335
% 0.65/0.85 337. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp13)) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 336
% 0.65/0.85 338. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp12)) (-. (hskp13)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ### Or 8 337
% 0.65/0.85 339. (-. (hskp25)) (hskp25) ### P-NotP
% 0.65/0.85 340. ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp21)) (-. (hskp25)) (c3_1 (a914)) (c0_1 (a914)) (All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) (-. (c2_1 (a914))) (ndr1_0) ### DisjTree 290 339 7
% 0.65/0.85 341. ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp28)) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) (-. (hskp25)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ### Or 340 233
% 0.65/0.85 342. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp21)) (-. (hskp25)) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ### Or 341 256
% 0.65/0.85 343. (-. (c1_1 (a960))) (c1_1 (a960)) ### Axiom
% 0.65/0.85 344. (c0_1 (a960)) (-. (c0_1 (a960))) ### Axiom
% 0.65/0.85 345. (c3_1 (a960)) (-. (c3_1 (a960))) ### Axiom
% 0.65/0.85 346. ((ndr1_0) => ((c1_1 (a960)) \/ ((-. (c0_1 (a960))) \/ (-. (c3_1 (a960)))))) (c3_1 (a960)) (c0_1 (a960)) (-. (c1_1 (a960))) (ndr1_0) ### DisjTree 9 343 344 345
% 0.65/0.85 347. (All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) (ndr1_0) (-. (c1_1 (a960))) (c0_1 (a960)) (c3_1 (a960)) ### All 346
% 0.65/0.85 348. ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp28)) (c3_1 (a960)) (c0_1 (a960)) (-. (c1_1 (a960))) (ndr1_0) ### Or 347 233
% 0.65/0.85 349. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) (-. (hskp10)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a960))) (c0_1 (a960)) (c3_1 (a960)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ### Or 348 256
% 0.65/0.85 350. ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp21)) (-. (hskp10)) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 349
% 0.65/0.85 351. ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### Or 342 350
% 0.65/0.85 352. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ### DisjTree 333 249 254
% 0.65/0.85 353. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 352
% 0.65/0.85 354. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ### Or 234 353
% 0.65/0.85 355. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 354
% 0.65/0.85 356. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 351 355
% 0.65/0.85 357. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 356
% 0.65/0.85 358. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 338 357
% 0.65/0.85 359. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 358 327
% 0.65/0.85 360. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 359
% 0.65/0.85 361. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 328 360
% 0.65/0.85 362. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ### DisjTree 136 47 2
% 0.65/0.85 363. ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923)))))) (ndr1_0) (-. (hskp6)) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ### ConjTree 48
% 0.65/0.85 364. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ### Or 362 363
% 0.65/0.85 365. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (ndr1_0) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 364
% 0.65/0.85 366. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 361 365
% 0.65/0.85 367. ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (-. (c2_1 (a905))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) (ndr1_0) ### Or 149 243
% 0.65/0.85 368. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp13)) (-. (hskp3)) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 367 69 6
% 0.65/0.85 369. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c1_1 (a900)) (c3_1 (a900)) (c2_1 (a900)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) (-. (hskp3)) (-. (hskp13)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ### DisjTree 368 249 320
% 0.65/0.85 370. ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp13)) (-. (hskp3)) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 369
% 0.65/0.85 371. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (hskp3)) (-. (hskp13)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ### Or 17 370
% 0.65/0.85 372. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp13)) (-. (hskp3)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 371
% 0.65/0.85 373. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp12)) (-. (hskp13)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ### Or 8 372
% 0.65/0.85 374. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 373 37
% 0.65/0.85 375. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 374 327
% 0.65/0.85 376. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 375 172
% 0.65/0.85 377. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 376
% 0.65/0.85 378. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 366 377
% 0.65/0.85 379. ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ### DisjTree 183 206 254
% 0.65/0.85 380. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 379
% 0.65/0.85 381. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ### Or 234 380
% 0.65/0.85 382. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 381
% 0.65/0.85 383. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 28 382
% 0.65/0.85 384. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 383 185
% 0.65/0.85 385. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ### Or 292 380
% 0.65/0.85 386. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 385
% 0.65/0.85 387. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 384 386
% 0.65/0.85 388. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 314 386
% 0.65/0.85 389. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (ndr1_0) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 388
% 0.65/0.85 390. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 387 389
% 0.65/0.85 391. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 390
% 0.65/0.85 392. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 378 391
% 0.65/0.85 393. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 361 172
% 0.68/0.85 394. (-. (c2_1 (a907))) (c2_1 (a907)) ### Axiom
% 0.68/0.85 395. (-. (c2_1 (a907))) (c2_1 (a907)) ### Axiom
% 0.68/0.85 396. (c1_1 (a907)) (-. (c1_1 (a907))) ### Axiom
% 0.68/0.85 397. (c3_1 (a907)) (-. (c3_1 (a907))) ### Axiom
% 0.68/0.85 398. ((ndr1_0) => ((c2_1 (a907)) \/ ((-. (c1_1 (a907))) \/ (-. (c3_1 (a907)))))) (c3_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (ndr1_0) ### DisjTree 9 395 396 397
% 0.68/0.85 399. (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (ndr1_0) (-. (c2_1 (a907))) (c1_1 (a907)) (c3_1 (a907)) ### All 398
% 0.68/0.85 400. (c1_1 (a907)) (-. (c1_1 (a907))) ### Axiom
% 0.68/0.85 401. ((ndr1_0) => ((c2_1 (a907)) \/ ((c3_1 (a907)) \/ (-. (c1_1 (a907)))))) (c1_1 (a907)) (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (-. (c2_1 (a907))) (ndr1_0) ### DisjTree 9 394 399 400
% 0.68/0.85 402. (All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) (ndr1_0) (-. (c2_1 (a907))) (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (c1_1 (a907)) ### All 401
% 0.68/0.85 403. ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp21)) (-. (hskp25)) (c1_1 (a907)) (-. (c2_1 (a907))) (ndr1_0) (All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) ### DisjTree 402 339 7
% 0.68/0.85 404. ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) (-. (hskp25)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ### DisjTree 340 403 7
% 0.68/0.85 405. (-. (hskp1)) (hskp1) ### P-NotP
% 0.68/0.85 406. ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) (c3_1 (a960)) (c0_1 (a960)) (-. (c1_1 (a960))) (ndr1_0) ### DisjTree 347 254 405
% 0.68/0.85 407. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) (ndr1_0) (-. (c1_1 (a960))) (c0_1 (a960)) (c3_1 (a960)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ### ConjTree 406
% 0.68/0.85 408. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) (ndr1_0) (-. (c1_1 (a960))) (c0_1 (a960)) (c3_1 (a960)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ### Or 348 407
% 0.68/0.85 409. ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 408
% 0.68/0.85 410. ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp21)) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ### Or 404 409
% 0.68/0.85 411. ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) (-. (c2_1 (a914))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (ndr1_0) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) ### Or 100 290
% 0.68/0.85 412. ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 411 254 405
% 0.68/0.85 413. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (ndr1_0) (c0_1 (a916)) (c1_1 (a916)) (c3_1 (a916)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ### DisjTree 412 128 35
% 0.68/0.85 414. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ### ConjTree 413
% 0.68/0.85 415. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ### Or 234 414
% 0.68/0.85 416. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 415
% 0.68/0.85 417. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 410 416
% 0.68/0.85 418. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 417
% 0.68/0.85 419. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 373 418
% 0.68/0.85 420. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 419 327
% 0.68/0.85 421. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 420
% 0.68/0.85 422. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 328 421
% 0.68/0.85 423. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp2)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 422 172
% 0.68/0.85 424. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (hskp2)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 423
% 0.68/0.85 425. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 393 424
% 0.68/0.85 426. ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 425
% 0.68/0.85 427. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 392 426
% 0.68/0.85 428. ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### ConjTree 427
% 0.68/0.85 429. ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 319 428
% 0.68/0.85 430. ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ### ConjTree 429
% 0.68/0.85 431. ((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ### Or 232 430
% 0.68/0.86 432. (-. (c1_1 (a904))) (c1_1 (a904)) ### Axiom
% 0.68/0.86 433. (-. (c2_1 (a904))) (c2_1 (a904)) ### Axiom
% 0.68/0.86 434. (c0_1 (a904)) (-. (c0_1 (a904))) ### Axiom
% 0.68/0.86 435. ((ndr1_0) => ((c1_1 (a904)) \/ ((c2_1 (a904)) \/ (-. (c0_1 (a904)))))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ### DisjTree 9 432 433 434
% 0.68/0.86 436. (All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ### All 435
% 0.68/0.86 437. (-. (hskp17)) (hskp17) ### P-NotP
% 0.68/0.86 438. ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp17)) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ### DisjTree 436 5 437
% 0.68/0.86 439. (-. (c2_1 (a936))) (c2_1 (a936)) ### Axiom
% 0.68/0.86 440. (-. (c3_1 (a936))) (c3_1 (a936)) ### Axiom
% 0.68/0.86 441. (c0_1 (a936)) (-. (c0_1 (a936))) ### Axiom
% 0.68/0.86 442. ((ndr1_0) => ((c2_1 (a936)) \/ ((c3_1 (a936)) \/ (-. (c0_1 (a936)))))) (c0_1 (a936)) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (ndr1_0) ### DisjTree 9 439 440 441
% 0.68/0.86 443. (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) (ndr1_0) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (c0_1 (a936)) ### All 442
% 0.68/0.86 444. (-. (c1_1 (a936))) (c1_1 (a936)) ### Axiom
% 0.68/0.86 445. (-. (c2_1 (a936))) (c2_1 (a936)) ### Axiom
% 0.68/0.86 446. ((ndr1_0) => ((c0_1 (a936)) \/ ((c1_1 (a936)) \/ (c2_1 (a936))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) (ndr1_0) ### DisjTree 9 443 444 445
% 0.68/0.86 447. (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (ndr1_0) (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ### All 446
% 0.68/0.86 448. ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp14)) (-. (hskp6)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (ndr1_0) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) ### DisjTree 447 46 2
% 0.68/0.86 449. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c0_1 (a939)) (-. (c3_1 (a939))) (-. (c1_1 (a939))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp6)) (-. (hskp14)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ### DisjTree 448 33 106
% 0.68/0.86 450. ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939)))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp14)) (-. (hskp6)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ### ConjTree 449
% 0.68/0.86 451. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp14)) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ### Or 4 450
% 0.68/0.86 452. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) (-. (hskp14)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ### ConjTree 451
% 0.68/0.86 453. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp14)) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 452
% 0.68/0.86 454. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 453 363
% 0.68/0.86 455. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 454
% 0.68/0.86 456. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 28 455
% 0.68/0.86 457. (-. (hskp9)) (hskp9) ### P-NotP
% 0.68/0.86 458. ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (ndr1_0) ### DisjTree 14 436 457
% 0.68/0.86 459. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ### ConjTree 458
% 0.68/0.86 460. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ### Or 56 459
% 0.68/0.86 461. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 460
% 0.68/0.86 462. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 456 461
% 0.68/0.86 463. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) (-. (hskp5)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 462 194
% 0.68/0.86 464. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) (-. (hskp5)) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 463 365
% 0.68/0.86 465. (-. (hskp18)) (hskp18) ### P-NotP
% 0.68/0.86 466. (-. (hskp19)) (hskp19) ### P-NotP
% 0.68/0.86 467. ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp19)) (-. (hskp18)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ### DisjTree 436 465 466
% 0.68/0.86 468. (-. (c0_1 (a938))) (c0_1 (a938)) ### Axiom
% 0.68/0.86 469. (c2_1 (a938)) (-. (c2_1 (a938))) ### Axiom
% 0.68/0.86 470. (c3_1 (a938)) (-. (c3_1 (a938))) ### Axiom
% 0.68/0.86 471. ((ndr1_0) => ((c0_1 (a938)) \/ ((-. (c2_1 (a938))) \/ (-. (c3_1 (a938)))))) (c3_1 (a938)) (c2_1 (a938)) (-. (c0_1 (a938))) (ndr1_0) ### DisjTree 9 468 469 470
% 0.68/0.86 472. (All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) (ndr1_0) (-. (c0_1 (a938))) (c2_1 (a938)) (c3_1 (a938)) ### All 471
% 0.68/0.86 473. ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) (c3_1 (a938)) (c2_1 (a938)) (-. (c0_1 (a938))) (ndr1_0) ### DisjTree 472 47 6
% 0.68/0.86 474. ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938)))))) (ndr1_0) (-. (hskp7)) (-. (hskp13)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ### ConjTree 473
% 0.68/0.86 475. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp18)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ### Or 467 474
% 0.68/0.86 476. (-. (c2_1 (a937))) (c2_1 (a937)) ### Axiom
% 0.68/0.86 477. (-. (c0_1 (a937))) (c0_1 (a937)) ### Axiom
% 0.68/0.86 478. (-. (c2_1 (a937))) (c2_1 (a937)) ### Axiom
% 0.68/0.86 479. (c3_1 (a937)) (-. (c3_1 (a937))) ### Axiom
% 0.68/0.86 480. ((ndr1_0) => ((c0_1 (a937)) \/ ((c2_1 (a937)) \/ (-. (c3_1 (a937)))))) (c3_1 (a937)) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (ndr1_0) ### DisjTree 9 477 478 479
% 0.68/0.86 481. (All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) (ndr1_0) (-. (c0_1 (a937))) (-. (c2_1 (a937))) (c3_1 (a937)) ### All 480
% 0.68/0.86 482. (c1_1 (a937)) (-. (c1_1 (a937))) ### Axiom
% 0.68/0.86 483. ((ndr1_0) => ((c2_1 (a937)) \/ ((c3_1 (a937)) \/ (-. (c1_1 (a937)))))) (c1_1 (a937)) (-. (c0_1 (a937))) (All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) (-. (c2_1 (a937))) (ndr1_0) ### DisjTree 9 476 481 482
% 0.68/0.86 484. (All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) (ndr1_0) (-. (c2_1 (a937))) (All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) (-. (c0_1 (a937))) (c1_1 (a937)) ### All 483
% 0.68/0.86 485. ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (c1_1 (a937)) (-. (c0_1 (a937))) (All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) (-. (c2_1 (a937))) (ndr1_0) ### Or 484 55
% 0.68/0.86 486. (-. (c1_1 (a910))) (c1_1 (a910)) ### Axiom
% 0.68/0.86 487. (-. (c3_1 (a910))) (c3_1 (a910)) ### Axiom
% 0.68/0.86 488. (c2_1 (a910)) (-. (c2_1 (a910))) ### Axiom
% 0.68/0.86 489. ((ndr1_0) => ((c1_1 (a910)) \/ ((c3_1 (a910)) \/ (-. (c2_1 (a910)))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (ndr1_0) ### DisjTree 9 486 487 488
% 0.68/0.86 490. (All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) (ndr1_0) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ### All 489
% 0.68/0.86 491. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a900)) (c3_1 (a900)) (c1_1 (a900)) (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) (ndr1_0) ### DisjTree 269 490 55
% 0.68/0.86 492. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c1_1 (a900)) (c3_1 (a900)) (c2_1 (a900)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 101 485 491
% 0.68/0.86 493. ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (ndr1_0) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 492
% 0.68/0.86 494. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ### Or 17 493
% 0.68/0.86 495. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 494
% 0.68/0.86 496. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ### Or 56 495
% 0.68/0.86 497. ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 496
% 0.68/0.86 498. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (hskp7)) (-. (hskp13)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ### Or 475 497
% 0.68/0.86 499. ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a938)) (c2_1 (a938)) (-. (c0_1 (a938))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ### DisjTree 33 472 112
% 0.68/0.86 500. ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938)))))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ### ConjTree 499
% 0.68/0.86 501. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp18)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ### Or 467 500
% 0.68/0.86 502. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ### Or 501 497
% 0.68/0.86 503. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ### ConjTree 502
% 0.68/0.86 504. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ### Or 498 503
% 0.68/0.86 505. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### ConjTree 504
% 0.68/0.86 506. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 456 505
% 0.68/0.86 507. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 506 194
% 0.68/0.86 508. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 507 365
% 0.68/0.86 509. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 508
% 0.68/0.86 510. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) (-. (hskp5)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 464 509
% 0.68/0.86 511. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (hskp12)) (-. (hskp13)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ### Or 8 459
% 0.68/0.86 512. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 511 312
% 0.68/0.86 513. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 512 185
% 0.68/0.86 514. ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp21)) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 291 183 7
% 0.68/0.86 515. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ### Or 514 459
% 0.68/0.86 516. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 515
% 0.68/0.86 517. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 513 516
% 0.68/0.86 518. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 28 312
% 0.68/0.86 519. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 518 185
% 0.68/0.86 520. ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp23)) (-. (hskp1)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (ndr1_0) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) ### DisjTree 447 405 66
% 0.68/0.86 521. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (ndr1_0) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp1)) (-. (hskp23)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ### DisjTree 520 405 34
% 0.68/0.86 522. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (ndr1_0) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ### Or 521 80
% 0.68/0.86 523. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (ndr1_0) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### ConjTree 522
% 0.68/0.86 524. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (ndr1_0) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp12)) (-. (hskp13)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ### Or 8 523
% 0.68/0.86 525. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp13)) (-. (hskp12)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (ndr1_0) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 524
% 0.68/0.86 526. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp13)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 525
% 0.68/0.86 527. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ### Or 514 416
% 0.68/0.86 528. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 527
% 0.68/0.86 529. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 526 528
% 0.68/0.86 530. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 529 185
% 0.68/0.86 531. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 530
% 0.68/0.86 532. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 519 531
% 0.68/0.86 533. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 526 312
% 0.68/0.86 534. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 533 185
% 0.68/0.86 535. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ### DisjTree 136 490 55
% 0.68/0.86 536. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### ConjTree 535
% 0.68/0.86 537. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 529 536
% 0.68/0.86 538. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 537
% 0.68/0.86 539. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 534 538
% 0.68/0.86 540. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 539
% 0.68/0.86 541. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 532 540
% 0.68/0.86 542. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 541
% 0.68/0.86 543. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 517 542
% 0.68/0.86 544. ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) (-. (c2_1 (a914))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) (ndr1_0) ### Or 149 290
% 0.68/0.86 545. ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp28)) (ndr1_0) (All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### Or 544 233
% 0.68/0.86 546. ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp28)) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) ### Or 290 233
% 0.68/0.86 547. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) (-. (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ### DisjTree 545 490 546
% 0.68/0.86 548. ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 291 254 405
% 0.68/0.86 549. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ### ConjTree 548
% 0.68/0.86 550. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### Or 547 549
% 0.68/0.86 551. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 550
% 0.68/0.86 552. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 519 551
% 0.68/0.86 553. (c1_1 (a954)) (-. (c1_1 (a954))) ### Axiom
% 0.68/0.86 554. (-. (c2_1 (a954))) (c2_1 (a954)) ### Axiom
% 0.68/0.86 555. (c1_1 (a954)) (-. (c1_1 (a954))) ### Axiom
% 0.68/0.86 556. (c3_1 (a954)) (-. (c3_1 (a954))) ### Axiom
% 0.68/0.86 557. ((ndr1_0) => ((c2_1 (a954)) \/ ((-. (c1_1 (a954))) \/ (-. (c3_1 (a954)))))) (c3_1 (a954)) (c1_1 (a954)) (-. (c2_1 (a954))) (ndr1_0) ### DisjTree 9 554 555 556
% 0.68/0.86 558. (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (ndr1_0) (-. (c2_1 (a954))) (c1_1 (a954)) (c3_1 (a954)) ### All 557
% 0.68/0.86 559. (c3_1 (a954)) (-. (c3_1 (a954))) ### Axiom
% 0.68/0.86 560. ((ndr1_0) => ((-. (c1_1 (a954))) \/ ((-. (c2_1 (a954))) \/ (-. (c3_1 (a954)))))) (c3_1 (a954)) (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (c1_1 (a954)) (ndr1_0) ### DisjTree 9 553 558 559
% 0.68/0.86 561. (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) (ndr1_0) (c1_1 (a954)) (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (c3_1 (a954)) ### All 560
% 0.68/0.86 562. ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) (c3_1 (a954)) (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (c1_1 (a954)) (ndr1_0) ### DisjTree 561 23 5
% 0.68/0.86 563. ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a954)) (c3_1 (a954)) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ### Or 183 562
% 0.68/0.86 564. ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954)))))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### ConjTree 563
% 0.68/0.86 565. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (ndr1_0) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ### Or 521 564
% 0.68/0.86 566. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (ndr1_0) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### ConjTree 565
% 0.68/0.86 567. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 566
% 0.68/0.86 568. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 567 536
% 0.68/0.86 569. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 568 551
% 0.68/0.86 570. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 569
% 0.68/0.86 571. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 552 570
% 0.68/0.86 572. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 571
% 0.68/0.86 573. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 517 572
% 0.68/0.86 574. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 573
% 0.68/0.87 575. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 543 574
% 0.68/0.87 576. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 575
% 0.68/0.87 577. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) (-. (hskp5)) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 510 576
% 0.68/0.87 578. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 511 37
% 0.68/0.87 579. ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (ndr1_0) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp25)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ### Or 403 55
% 0.68/0.87 580. ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp21)) (c1_1 (a907)) (-. (c2_1 (a907))) (ndr1_0) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### Or 579 409
% 0.68/0.87 581. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (ndr1_0) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 580 459
% 0.68/0.87 582. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) (ndr1_0) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 581
% 0.68/0.87 583. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 578 582
% 0.68/0.87 584. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 38 505
% 0.68/0.87 585. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 584 194
% 0.68/0.87 586. (-. (c2_1 (a907))) (c2_1 (a907)) ### Axiom
% 0.68/0.87 587. (c0_1 (a907)) (-. (c0_1 (a907))) ### Axiom
% 0.68/0.87 588. ((ndr1_0) => ((c2_1 (a907)) \/ ((c3_1 (a907)) \/ (-. (c0_1 (a907)))))) (c0_1 (a907)) (c1_1 (a907)) (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (-. (c2_1 (a907))) (ndr1_0) ### DisjTree 9 586 399 587
% 0.68/0.87 589. (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) (ndr1_0) (-. (c2_1 (a907))) (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (c1_1 (a907)) (c0_1 (a907)) ### All 588
% 0.68/0.87 590. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ### DisjTree 136 490 589
% 0.68/0.87 591. ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp23)) (-. (hskp1)) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### DisjTree 590 405 66
% 0.68/0.87 592. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ### Or 591 80
% 0.68/0.87 593. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### ConjTree 592
% 0.68/0.87 594. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp12)) (-. (hskp13)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ### Or 8 593
% 0.68/0.87 595. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 594 37
% 0.68/0.87 596. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 595 536
% 0.68/0.87 597. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (ndr1_0) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 596
% 0.68/0.87 598. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 585 597
% 0.68/0.87 599. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 598
% 0.68/0.87 600. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (c0_1 (a907)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 583 599
% 0.68/0.87 601. ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) (ndr1_0) ### Or 149 589
% 0.68/0.87 602. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 601 490 589
% 0.68/0.87 603. ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp23)) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### DisjTree 602 405 66
% 0.68/0.87 604. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c0_1 (a954))) (c1_1 (a954)) (c3_1 (a954)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 159 490 562
% 0.68/0.87 605. ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### ConjTree 604
% 0.68/0.87 606. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ### Or 603 605
% 0.68/0.87 607. ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) (ndr1_0) ### Or 149 55
% 0.68/0.87 608. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 607 490 55
% 0.68/0.87 609. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### ConjTree 608
% 0.68/0.87 610. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### Or 606 609
% 0.68/0.87 611. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) (-. (hskp7)) (-. (hskp5)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 610 194
% 0.68/0.87 612. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp5)) (-. (hskp7)) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 611
% 0.68/0.87 613. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) (-. (hskp7)) (-. (hskp5)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (c0_1 (a907)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 583 612
% 0.68/0.87 614. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp5)) (-. (hskp7)) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 613
% 0.68/0.87 615. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (c0_1 (a907)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 600 614
% 0.68/0.87 616. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 526 418
% 0.68/0.87 617. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 616 185
% 0.68/0.87 618. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 617
% 0.68/0.87 619. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 519 618
% 0.68/0.87 620. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 568 618
% 0.68/0.87 621. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 620
% 0.68/0.87 622. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 619 621
% 0.68/0.87 623. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 622
% 0.68/0.87 624. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 517 623
% 0.68/0.87 625. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 624 574
% 0.68/0.87 626. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 625
% 0.68/0.87 627. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (c0_1 (a907)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 615 626
% 0.68/0.87 628. ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907)))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### ConjTree 627
% 0.68/0.87 629. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) (-. (hskp5)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 577 628
% 0.68/0.87 630. (-. (c1_1 (a936))) (c1_1 (a936)) ### Axiom
% 0.68/0.87 631. (-. (c3_1 (a936))) (c3_1 (a936)) ### Axiom
% 0.68/0.87 632. (c0_1 (a936)) (-. (c0_1 (a936))) ### Axiom
% 0.68/0.87 633. ((ndr1_0) => ((c1_1 (a936)) \/ ((c3_1 (a936)) \/ (-. (c0_1 (a936)))))) (c0_1 (a936)) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (ndr1_0) ### DisjTree 9 630 631 632
% 0.68/0.87 634. (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) (ndr1_0) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (c0_1 (a936)) ### All 633
% 0.68/0.87 635. (-. (c1_1 (a936))) (c1_1 (a936)) ### Axiom
% 0.68/0.87 636. (-. (c2_1 (a936))) (c2_1 (a936)) ### Axiom
% 0.68/0.87 637. ((ndr1_0) => ((c0_1 (a936)) \/ ((c1_1 (a936)) \/ (c2_1 (a936))))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) (ndr1_0) ### DisjTree 9 634 635 636
% 0.68/0.87 638. (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (ndr1_0) (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) ### All 637
% 0.68/0.87 639. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) (ndr1_0) ### DisjTree 638 206 215
% 0.68/0.87 640. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp6)) (-. (hskp14)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ### DisjTree 448 33 639
% 0.68/0.87 641. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp14)) (-. (hskp6)) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ### ConjTree 640
% 0.68/0.87 642. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (-. (hskp6)) (-. (hskp14)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 641
% 0.68/0.87 643. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 642 363
% 0.68/0.87 644. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 643
% 0.68/0.87 645. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 28 644
% 0.68/0.87 646. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 645 461
% 0.68/0.87 647. (-. (hskp29)) (hskp29) ### P-NotP
% 0.68/0.87 648. ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) (-. (hskp29)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) (-. (hskp25)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ### DisjTree 436 340 647
% 0.68/0.88 649. (c0_1 (a933)) (-. (c0_1 (a933))) ### Axiom
% 0.68/0.88 650. (c2_1 (a933)) (-. (c2_1 (a933))) ### Axiom
% 0.68/0.88 651. (c3_1 (a933)) (-. (c3_1 (a933))) ### Axiom
% 0.68/0.88 652. ((ndr1_0) => ((-. (c0_1 (a933))) \/ ((-. (c2_1 (a933))) \/ (-. (c3_1 (a933)))))) (c3_1 (a933)) (c2_1 (a933)) (c0_1 (a933)) (ndr1_0) ### DisjTree 9 649 650 651
% 0.68/0.88 653. (All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) (ndr1_0) (c0_1 (a933)) (c2_1 (a933)) (c3_1 (a933)) ### All 652
% 0.68/0.88 654. ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) (-. (hskp9)) (c3_1 (a933)) (c2_1 (a933)) (c0_1 (a933)) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (ndr1_0) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) ### DisjTree 638 653 457
% 0.68/0.88 655. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (c0_1 (a933)) (c2_1 (a933)) (c3_1 (a933)) (-. (hskp9)) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ### DisjTree 654 33 639
% 0.68/0.88 656. ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) (-. (hskp9)) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ### ConjTree 655
% 0.68/0.88 657. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (hskp9)) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp21)) (-. (hskp25)) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ### Or 648 656
% 0.68/0.88 658. ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) (-. (hskp29)) (c3_1 (a960)) (c0_1 (a960)) (-. (c1_1 (a960))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ### DisjTree 436 347 647
% 0.68/0.88 659. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (hskp9)) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (c1_1 (a960))) (c0_1 (a960)) (c3_1 (a960)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ### Or 658 656
% 0.68/0.88 660. ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) (-. (hskp9)) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ### ConjTree 659
% 0.68/0.88 661. ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) (-. (hskp9)) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ### Or 657 660
% 0.68/0.88 662. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (hskp9)) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 661 459
% 0.68/0.88 663. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 662
% 0.68/0.88 664. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (-. (hskp9)) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 663
% 0.68/0.88 665. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) (-. (hskp9)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### ConjTree 664
% 0.68/0.88 666. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 511 665
% 0.68/0.88 667. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 666 461
% 0.68/0.88 668. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 667
% 0.68/0.88 669. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 646 668
% 0.68/0.88 670. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 669 365
% 0.68/0.88 671. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ### Or 498 220
% 0.68/0.88 672. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### ConjTree 671
% 0.68/0.88 673. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 645 672
% 0.68/0.88 674. (-. (c2_1 (a937))) (c2_1 (a937)) ### Axiom
% 0.68/0.88 675. (-. (c2_1 (a937))) (c2_1 (a937)) ### Axiom
% 0.68/0.88 676. (c1_1 (a937)) (-. (c1_1 (a937))) ### Axiom
% 0.68/0.88 677. (c3_1 (a937)) (-. (c3_1 (a937))) ### Axiom
% 0.68/0.88 678. ((ndr1_0) => ((c2_1 (a937)) \/ ((-. (c1_1 (a937))) \/ (-. (c3_1 (a937)))))) (c3_1 (a937)) (c1_1 (a937)) (-. (c2_1 (a937))) (ndr1_0) ### DisjTree 9 675 676 677
% 0.68/0.88 679. (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (ndr1_0) (-. (c2_1 (a937))) (c1_1 (a937)) (c3_1 (a937)) ### All 678
% 0.68/0.88 680. (c1_1 (a937)) (-. (c1_1 (a937))) ### Axiom
% 0.68/0.88 681. ((ndr1_0) => ((c2_1 (a937)) \/ ((c3_1 (a937)) \/ (-. (c1_1 (a937)))))) (c1_1 (a937)) (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (-. (c2_1 (a937))) (ndr1_0) ### DisjTree 9 674 679 680
% 0.68/0.88 682. (All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) (ndr1_0) (-. (c2_1 (a937))) (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (c1_1 (a937)) ### All 681
% 0.68/0.88 683. ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp21)) (-. (hskp10)) (c1_1 (a937)) (-. (c2_1 (a937))) (ndr1_0) (All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) ### DisjTree 682 16 7
% 0.68/0.88 684. ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a937))) (c1_1 (a937)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) (-. (hskp25)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ### DisjTree 340 683 7
% 0.68/0.88 685. ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a937))) (c1_1 (a937)) (-. (hskp10)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a960)) (c0_1 (a960)) (-. (c1_1 (a960))) (ndr1_0) ### DisjTree 347 683 7
% 0.68/0.88 686. ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960)))))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp21)) (-. (hskp10)) (c1_1 (a937)) (-. (c2_1 (a937))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ### ConjTree 685
% 0.68/0.88 687. ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp21)) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c1_1 (a937)) (-. (c2_1 (a937))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ### Or 684 686
% 0.68/0.88 688. ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a900)) (c3_1 (a900)) (c1_1 (a900)) (All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a937)) (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (-. (c2_1 (a937))) (ndr1_0) ### DisjTree 682 206 269
% 0.68/0.88 689. ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) (All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) (c1_1 (a900)) (c3_1 (a900)) (c2_1 (a900)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c1_1 (a937)) (-. (c0_1 (a937))) (All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) (-. (c2_1 (a937))) (ndr1_0) ### Or 484 688
% 0.68/0.88 690. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) (ndr1_0) (-. (c2_1 (a937))) (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (c1_1 (a937)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) (c1_1 (a900)) (c3_1 (a900)) (c2_1 (a900)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### DisjTree 688 47 2
% 0.68/0.88 691. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (ndr1_0) (-. (c2_1 (a937))) (All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) (-. (c0_1 (a937))) (c1_1 (a937)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a900)) (c3_1 (a900)) (c1_1 (a900)) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 689 490 690
% 0.68/0.88 692. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) (c1_1 (a900)) (c3_1 (a900)) (c2_1 (a900)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (ndr1_0) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp6)) (-. (hskp14)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ### DisjTree 448 691 270
% 0.68/0.88 693. ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp14)) (-. (hskp6)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (ndr1_0) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 692
% 0.68/0.88 694. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp6)) (-. (hskp14)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ### Or 17 693
% 0.68/0.88 695. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp14)) (-. (hskp6)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 694
% 0.68/0.88 696. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c0_1 (a937))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp6)) (-. (hskp14)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a937))) (c1_1 (a937)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 687 695
% 0.68/0.88 697. ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp14)) (-. (hskp6)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 696
% 0.68/0.88 698. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp6)) (-. (hskp14)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (hskp7)) (-. (hskp13)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ### Or 475 697
% 0.68/0.88 699. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp14)) (-. (hskp6)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ### ConjTree 698
% 0.68/0.88 700. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp6)) (-. (hskp14)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp7)) (-. (hskp13)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 699
% 0.68/0.88 701. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 700 363
% 0.68/0.88 702. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### Or 701 644
% 0.68/0.88 703. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 702 672
% 0.68/0.88 704. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 703
% 0.68/0.88 705. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 673 704
% 0.68/0.88 706. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 705 365
% 0.68/0.88 707. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 706
% 0.68/0.88 708. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 670 707
% 0.68/0.88 709. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 533 536
% 0.68/0.88 710. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) (-. (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ### DisjTree 136 490 546
% 0.68/0.88 711. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### Or 710 380
% 0.68/0.88 712. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 711
% 0.68/0.88 713. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 709 712
% 0.68/0.88 714. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 713
% 0.68/0.88 715. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 387 714
% 0.68/0.88 716. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 715
% 0.68/0.88 717. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 517 716
% 0.68/0.88 718. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 717 574
% 0.68/0.88 719. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 718
% 0.68/0.88 720. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 708 719
% 0.68/0.88 721. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 38 672
% 0.68/0.88 722. ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) (-. (c2_1 (a914))) (c1_1 (a937)) (-. (c0_1 (a937))) (All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) (-. (c2_1 (a937))) (ndr1_0) ### Or 484 290
% 0.68/0.88 723. ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp28)) (ndr1_0) (-. (c2_1 (a937))) (All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) (-. (c0_1 (a937))) (c1_1 (a937)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### Or 722 233
% 0.68/0.88 724. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) (-. (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a900)) (c3_1 (a900)) (c1_1 (a900)) (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) (ndr1_0) ### DisjTree 269 490 546
% 0.68/0.88 725. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c1_1 (a900)) (c3_1 (a900)) (c2_1 (a900)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) (-. (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 101 723 724
% 0.68/0.88 726. ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (-. (c2_1 (a907))) (ndr1_0) ### DisjTree 402 206 254
% 0.68/0.88 727. ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) (c0_1 (a916)) (c1_1 (a916)) (c3_1 (a916)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c1_1 (a937)) (-. (c0_1 (a937))) (All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) (-. (c2_1 (a937))) (ndr1_0) ### Or 484 726
% 0.68/0.88 728. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c1_1 (a900)) (c3_1 (a900)) (c2_1 (a900)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 101 727 491
% 0.68/0.88 729. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (ndr1_0) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a900)) (c3_1 (a900)) (c1_1 (a900)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 728
% 0.68/0.89 730. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a900)) (c3_1 (a900)) (c1_1 (a900)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### Or 725 729
% 0.68/0.89 731. ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 730
% 0.68/0.89 732. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ### Or 17 731
% 0.68/0.89 733. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 732
% 0.68/0.89 734. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a937))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a937))) (c1_1 (a937)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 687 733
% 0.68/0.89 735. ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 734
% 0.68/0.89 736. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (hskp7)) (-. (hskp13)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ### Or 475 735
% 0.68/0.89 737. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ### Or 736 220
% 0.68/0.89 738. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### ConjTree 737
% 0.68/0.89 739. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 616 738
% 0.68/0.89 740. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 739
% 0.68/0.89 741. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 721 740
% 0.68/0.89 742. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp1)) (-. (hskp23)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ### DisjTree 520 33 639
% 0.68/0.89 743. ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp21)) (-. (hskp25)) (ndr1_0) (c1_1 (a954)) (c3_1 (a954)) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ### DisjTree 562 339 7
% 0.68/0.89 744. ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) (c3_1 (a954)) (c1_1 (a954)) (ndr1_0) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ### Or 743 409
% 0.68/0.89 745. ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp21)) (ndr1_0) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### ConjTree 744
% 0.68/0.89 746. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ### Or 742 745
% 0.68/0.89 747. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### Or 746 593
% 0.68/0.89 748. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 747
% 0.68/0.89 749. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 748
% 0.68/0.89 750. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### ConjTree 749
% 0.68/0.89 751. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 526 750
% 0.68/0.89 752. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 751 536
% 0.68/0.89 753. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) (c0_1 (a916)) (c1_1 (a916)) (c3_1 (a916)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ### DisjTree 136 490 726
% 0.68/0.89 754. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### ConjTree 753
% 0.68/0.89 755. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### Or 710 754
% 0.68/0.89 756. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 755
% 0.68/0.89 757. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 752 756
% 0.68/0.89 758. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 757
% 0.68/0.89 759. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (c0_1 (a907)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 741 758
% 0.68/0.89 760. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (c0_1 (a907)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 759
% 0.68/0.89 761. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (c0_1 (a907)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 583 760
% 0.68/0.89 762. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### Or 746 459
% 0.68/0.89 763. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 762
% 0.68/0.89 764. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 763
% 0.68/0.89 765. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### ConjTree 764
% 0.68/0.89 766. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 511 765
% 0.68/0.89 767. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 766 582
% 0.68/0.89 768. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 410 459
% 0.68/0.89 769. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 768
% 0.68/0.89 770. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 767 769
% 0.68/0.89 771. ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) (c0_1 (a916)) (c1_1 (a916)) (c3_1 (a916)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) (ndr1_0) ### Or 149 726
% 0.68/0.89 772. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 771 490 726
% 0.68/0.89 773. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### ConjTree 772
% 0.68/0.89 774. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### Or 547 773
% 0.68/0.89 775. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 774
% 0.68/0.89 776. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 610 775
% 0.68/0.89 777. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 776
% 0.68/0.89 778. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (c0_1 (a907)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 770 777
% 0.68/0.89 779. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 778
% 0.68/0.89 780. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c0_1 (a907)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 761 779
% 0.68/0.89 781. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) (c0_1 (a907)) (-. (c2_1 (a907))) (c1_1 (a907)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 717 779
% 0.68/0.89 782. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (c1_1 (a907)) (-. (c2_1 (a907))) (c0_1 (a907)) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 781
% 0.68/0.90 783. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (c0_1 (a907)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 780 782
% 0.68/0.90 784. ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907)))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### ConjTree 783
% 0.68/0.90 785. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 720 784
% 0.68/0.90 786. ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### ConjTree 785
% 0.68/0.90 787. ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### Or 629 786
% 0.68/0.90 788. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### Or 257 459
% 0.68/0.90 789. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (ndr1_0) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 788
% 0.68/0.90 790. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 511 789
% 0.68/0.90 791. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 790 461
% 0.68/0.90 792. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 791 365
% 0.68/0.90 793. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c1_1 (a900)) (c3_1 (a900)) (c2_1 (a900)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ### DisjTree 333 249 491
% 0.68/0.90 794. ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (ndr1_0) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 793
% 0.68/0.90 795. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ### Or 17 794
% 0.68/0.90 796. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 795
% 0.68/0.90 797. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ### Or 56 796
% 0.68/0.90 798. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 797
% 0.68/0.90 799. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 260 798
% 0.68/0.90 800. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c1_1 (a900)) (c3_1 (a900)) (c2_1 (a900)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp28)) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ### DisjTree 333 249 724
% 0.68/0.90 801. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (ndr1_0) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a900)) (c3_1 (a900)) (c1_1 (a900)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### Or 800 353
% 0.68/0.90 802. ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 801
% 0.68/0.90 803. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ### Or 17 802
% 0.68/0.90 804. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 803
% 0.68/0.90 805. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 351 804
% 0.68/0.90 806. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 805
% 0.68/0.90 807. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 799 806
% 0.68/0.90 808. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 807 365
% 0.68/0.90 809. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 808
% 0.68/0.90 810. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 792 809
% 0.68/0.90 811. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 260 609
% 0.68/0.90 812. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) (-. (hskp7)) (-. (hskp5)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 811 194
% 0.68/0.90 813. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) (-. (hskp5)) (-. (hskp7)) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 812 365
% 0.68/0.90 814. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) (-. (hskp7)) (-. (hskp5)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 813
% 0.68/0.90 815. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp5)) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 792 814
% 0.68/0.90 816. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) (-. (hskp5)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 815
% 0.68/0.90 817. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp5)) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 810 816
% 0.68/0.90 818. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 513 297
% 0.68/0.90 819. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (-. (c2_1 (a905))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ### DisjTree 136 490 243
% 0.68/0.90 820. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### DisjTree 819 249 254
% 0.68/0.90 821. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 820
% 0.68/0.90 822. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### Or 710 821
% 0.68/0.90 823. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 822
% 0.68/0.90 824. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 709 823
% 0.68/0.90 825. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 824
% 0.68/0.90 826. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 807 825
% 0.68/0.90 827. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 826
% 0.68/0.90 828. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 818 827
% 0.68/0.90 829. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 367 490 243
% 0.68/0.90 830. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### DisjTree 829 249 254
% 0.68/0.90 831. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 830
% 0.68/0.90 832. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### Or 547 831
% 0.68/0.90 833. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 832
% 0.68/0.90 834. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 281 833
% 0.68/0.90 835. (-. (hskp16)) (hskp16) ### P-NotP
% 0.68/0.90 836. ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) (-. (hskp16)) (-. (hskp28)) (c3_1 (a938)) (c2_1 (a938)) (-. (c0_1 (a938))) (ndr1_0) ### DisjTree 472 233 835
% 0.68/0.90 837. ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a916)) (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (c1_1 (a916)) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ### DisjTree 183 307 835
% 0.68/0.90 838. ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (c1_1 (a916)) (c3_1 (a916)) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) (ndr1_0) ### Or 149 837
% 0.68/0.90 839. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a916)) (c1_1 (a916)) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 838 490 837
% 0.68/0.90 840. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### ConjTree 839
% 0.68/0.90 841. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (ndr1_0) (-. (c0_1 (a938))) (c2_1 (a938)) (c3_1 (a938)) (-. (hskp16)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ### Or 836 840
% 0.68/0.90 842. ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938)))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) (-. (hskp16)) (ndr1_0) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 841
% 0.68/0.90 843. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp16)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp18)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ### Or 467 842
% 0.68/0.90 844. ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a954)) (c1_1 (a954)) (c1_1 (a937)) (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (-. (c2_1 (a937))) (ndr1_0) ### DisjTree 682 561 835
% 0.68/0.90 845. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a937))) (c1_1 (a937)) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c0_1 (a954))) (c1_1 (a954)) (c3_1 (a954)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 159 490 844
% 0.68/0.90 846. ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a937)) (-. (c2_1 (a937))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### ConjTree 845
% 0.68/0.90 847. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a937))) (c1_1 (a937)) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (ndr1_0) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ### Or 521 846
% 0.68/0.90 848. ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (ndr1_0) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### ConjTree 847
% 0.68/0.90 849. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ### Or 843 848
% 0.68/0.90 850. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp16)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ### ConjTree 849
% 0.68/0.90 851. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 850
% 0.68/0.90 852. (-. (c3_1 (a926))) (c3_1 (a926)) ### Axiom
% 0.68/0.90 853. (c0_1 (a926)) (-. (c0_1 (a926))) ### Axiom
% 0.68/0.90 854. (c2_1 (a926)) (-. (c2_1 (a926))) ### Axiom
% 0.68/0.90 855. ((ndr1_0) => ((c3_1 (a926)) \/ ((-. (c0_1 (a926))) \/ (-. (c2_1 (a926)))))) (c2_1 (a926)) (c0_1 (a926)) (-. (c3_1 (a926))) (ndr1_0) ### DisjTree 9 852 853 854
% 0.68/0.90 856. (All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) (ndr1_0) (-. (c3_1 (a926))) (c0_1 (a926)) (c2_1 (a926)) ### All 855
% 0.68/0.90 857. (c1_1 (a926)) (-. (c1_1 (a926))) ### Axiom
% 0.68/0.90 858. (c2_1 (a926)) (-. (c2_1 (a926))) ### Axiom
% 0.68/0.90 859. ((ndr1_0) => ((c0_1 (a926)) \/ ((-. (c1_1 (a926))) \/ (-. (c2_1 (a926)))))) (c1_1 (a926)) (c2_1 (a926)) (-. (c3_1 (a926))) (All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) (ndr1_0) ### DisjTree 9 856 857 858
% 0.68/0.90 860. (All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) (ndr1_0) (All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) (-. (c3_1 (a926))) (c2_1 (a926)) (c1_1 (a926)) ### All 859
% 0.68/0.90 861. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c1_1 (a954)) (c3_1 (a954)) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c1_1 (a926)) (c2_1 (a926)) (-. (c3_1 (a926))) (All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) (ndr1_0) ### DisjTree 860 490 562
% 0.68/0.90 862. (-. (c3_1 (a926))) (c3_1 (a926)) ### Axiom
% 0.68/0.90 863. (c1_1 (a926)) (-. (c1_1 (a926))) ### Axiom
% 0.68/0.90 864. (c2_1 (a926)) (-. (c2_1 (a926))) ### Axiom
% 0.68/0.90 865. ((ndr1_0) => ((c3_1 (a926)) \/ ((-. (c1_1 (a926))) \/ (-. (c2_1 (a926)))))) (c2_1 (a926)) (c1_1 (a926)) (-. (c3_1 (a926))) (ndr1_0) ### DisjTree 9 862 863 864
% 0.68/0.90 866. (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))) (ndr1_0) (-. (c3_1 (a926))) (c1_1 (a926)) (c2_1 (a926)) ### All 865
% 0.68/0.90 867. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c3_1 (a926))) (c2_1 (a926)) (c1_1 (a926)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) (c3_1 (a954)) (c1_1 (a954)) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### DisjTree 819 861 866
% 0.68/0.91 868. ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a926)) (c2_1 (a926)) (-. (c3_1 (a926))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ### ConjTree 867
% 0.68/0.91 869. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c3_1 (a926))) (c2_1 (a926)) (c1_1 (a926)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (ndr1_0) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ### Or 521 868
% 0.68/0.91 870. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (ndr1_0) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a926)) (c2_1 (a926)) (-. (c3_1 (a926))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### ConjTree 869
% 0.68/0.91 871. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c3_1 (a926))) (c2_1 (a926)) (c1_1 (a926)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 870
% 0.68/0.91 872. ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### ConjTree 871
% 0.68/0.91 873. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 851 872
% 0.68/0.91 874. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ### Or 873 536
% 0.68/0.91 875. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 874 823
% 0.68/0.91 876. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 875
% 0.68/0.91 877. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 834 876
% 0.68/0.91 878. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 877
% 0.68/0.91 879. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 517 878
% 0.68/0.91 880. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 879
% 0.68/0.91 881. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 828 880
% 0.68/0.91 882. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 881
% 0.68/0.91 883. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) (-. (hskp5)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 817 882
% 0.68/0.91 884. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ### Or 234 821
% 0.68/0.91 885. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (ndr1_0) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 884
% 0.68/0.91 886. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 594 885
% 0.68/0.91 887. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 886 536
% 0.68/0.91 888. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (ndr1_0) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 887
% 0.68/0.91 889. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 807 888
% 0.68/0.91 890. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 889
% 0.68/0.91 891. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (c0_1 (a907)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 583 890
% 0.68/0.91 892. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 260 505
% 0.68/0.91 893. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 892 833
% 0.68/0.91 894. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c2_1 (a937))) (c1_1 (a937)) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ### Or 603 846
% 0.68/0.91 895. ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937)))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### ConjTree 894
% 0.68/0.91 896. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (hskp7)) (-. (hskp13)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ### Or 475 895
% 0.68/0.91 897. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c3_1 (a926))) (c2_1 (a926)) (c1_1 (a926)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ### Or 603 868
% 0.68/0.91 898. ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926)))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### ConjTree 897
% 0.68/0.91 899. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ### Or 896 898
% 0.68/0.91 900. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ### Or 234 831
% 0.68/0.91 901. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (ndr1_0) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 900
% 0.68/0.91 902. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ### Or 899 901
% 0.68/0.91 903. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 902 609
% 0.68/0.91 904. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 903 823
% 0.68/0.91 905. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 904
% 0.68/0.91 906. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 893 905
% 0.68/0.91 907. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 906
% 0.68/0.91 908. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c0_1 (a907)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 583 907
% 0.68/0.91 909. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 908
% 0.68/0.91 910. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (c0_1 (a907)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 891 909
% 0.68/0.91 911. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 517 890
% 0.68/0.91 912. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ### Or 591 564
% 0.68/0.91 913. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### Or 912 536
% 0.68/0.91 914. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 913 833
% 0.68/0.91 915. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (ndr1_0) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 914
% 0.68/0.91 916. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 834 915
% 0.68/0.91 917. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 916
% 0.68/0.91 918. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 818 917
% 0.68/0.91 919. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 918
% 0.68/0.91 920. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 911 919
% 0.68/0.92 921. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 920
% 0.68/0.92 922. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (c0_1 (a907)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 910 921
% 0.68/0.92 923. ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907)))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### ConjTree 922
% 0.68/0.92 924. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp5)) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 883 923
% 0.68/0.92 925. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 513 386
% 0.68/0.92 926. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 925 878
% 0.68/0.92 927. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 926
% 0.68/0.92 928. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 717 927
% 0.68/0.92 929. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 928
% 0.68/0.92 930. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 708 929
% 0.68/0.92 931. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 770 890
% 0.68/0.92 932. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a926)) (c1_1 (a926)) (-. (c3_1 (a926))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (ndr1_0) (All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) ### DisjTree 332 206 866
% 0.68/0.92 933. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (hskp27)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) (-. (c3_1 (a926))) (c1_1 (a926)) (c2_1 (a926)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### DisjTree 829 932 15
% 0.68/0.92 934. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a926)) (c1_1 (a926)) (-. (c3_1 (a926))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ### Or 933 25
% 0.68/0.92 935. ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 934
% 0.68/0.92 936. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ### Or 896 935
% 0.68/0.92 937. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ### Or 234 773
% 0.68/0.92 938. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (ndr1_0) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 937
% 0.68/0.92 939. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ### Or 936 938
% 0.68/0.92 940. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 939 609
% 0.68/0.92 941. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 940 775
% 0.68/0.92 942. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 941
% 0.68/0.92 943. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (c0_1 (a907)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 770 942
% 0.68/0.92 944. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 943
% 0.68/0.92 945. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 931 944
% 0.68/0.92 946. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 913 756
% 0.68/0.92 947. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (ndr1_0) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 946
% 0.68/0.92 948. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 807 947
% 0.68/0.92 949. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 948
% 0.68/0.92 950. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 818 949
% 0.68/0.92 951. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ### Or 843 895
% 0.68/0.92 952. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ### Or 951 935
% 0.68/0.92 953. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ### Or 952 536
% 0.68/0.92 954. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 953 756
% 0.68/0.92 955. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 954
% 0.68/0.92 956. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 387 955
% 0.68/0.92 957. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 956
% 0.76/0.92 958. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 818 957
% 0.76/0.92 959. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 958
% 0.76/0.92 960. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 950 959
% 0.76/0.92 961. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 960
% 0.76/0.93 962. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 945 961
% 0.76/0.93 963. ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907)))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### ConjTree 962
% 0.76/0.93 964. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 930 963
% 0.76/0.93 965. ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### ConjTree 964
% 0.76/0.93 966. ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### Or 924 965
% 0.76/0.93 967. ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905)))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ### ConjTree 966
% 0.76/0.93 968. ((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ### Or 787 967
% 0.76/0.93 969. ((ndr1_0) /\ ((c0_1 (a904)) /\ ((-. (c1_1 (a904))) /\ (-. (c2_1 (a904)))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) ### ConjTree 968
% 0.76/0.93 970. ((-. (hskp3)) \/ ((ndr1_0) /\ ((c0_1 (a904)) /\ ((-. (c1_1 (a904))) /\ (-. (c2_1 (a904))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) ### Or 431 969
% 0.76/0.93 971. (-. (c2_1 (a903))) (c2_1 (a903)) ### Axiom
% 0.76/0.93 972. (-. (c3_1 (a903))) (c3_1 (a903)) ### Axiom
% 0.76/0.93 973. (c0_1 (a903)) (-. (c0_1 (a903))) ### Axiom
% 0.76/0.93 974. ((ndr1_0) => ((c2_1 (a903)) \/ ((c3_1 (a903)) \/ (-. (c0_1 (a903)))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ### DisjTree 9 971 972 973
% 0.76/0.93 975. (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ### All 974
% 0.76/0.93 976. ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp14)) (-. (hskp6)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ### DisjTree 975 46 2
% 0.76/0.93 977. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ### Or 976 363
% 0.76/0.93 978. ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp23)) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ### DisjTree 975 405 66
% 0.76/0.93 979. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ### Or 978 80
% 0.76/0.93 980. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### ConjTree 979
% 0.76/0.93 981. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ### Or 514 980
% 0.76/0.93 982. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 981
% 0.76/0.93 983. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 519 982
% 0.76/0.93 984. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ### Or 137 528
% 0.76/0.93 985. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 984 185
% 0.76/0.93 986. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 985
% 0.76/0.93 987. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 314 986
% 0.76/0.93 988. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (ndr1_0) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 987
% 0.76/0.93 989. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 983 988
% 0.76/0.93 990. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp12)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 165 528
% 0.76/0.93 991. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 990 170
% 0.76/0.93 992. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 991
% 0.76/0.93 993. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 519 992
% 0.76/0.93 994. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 993 988
% 0.76/0.93 995. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 994
% 0.76/0.93 996. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 989 995
% 0.76/0.93 997. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 996
% 0.76/0.93 998. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### Or 977 997
% 0.76/0.93 999. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ### Or 978 745
% 0.76/0.93 1000. ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a954)) (c3_1 (a954)) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (ndr1_0) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) ### Or 100 562
% 0.76/0.93 1001. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (hskp27)) (-. (c0_1 (a954))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) (c3_1 (a954)) (c1_1 (a954)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 1000 77 15
% 0.76/0.93 1002. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a954)) (c3_1 (a954)) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (ndr1_0) (-. (c0_1 (a954))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ### Or 1001 25
% 0.76/0.93 1003. ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 1002
% 0.76/0.93 1004. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ### Or 978 1003
% 0.76/0.93 1005. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### ConjTree 1004
% 0.76/0.93 1006. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### Or 999 1005
% 0.76/0.93 1007. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1006 192
% 0.76/0.93 1008. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 410 980
% 0.76/0.93 1009. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 1008
% 0.76/0.93 1010. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1007 1009
% 0.76/0.94 1011. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (hskp27)) (c3_1 (a954)) (c1_1 (a954)) (-. (c0_1 (a954))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 101 77 15
% 0.76/0.94 1012. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (ndr1_0) (-. (c0_1 (a954))) (c1_1 (a954)) (c3_1 (a954)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ### Or 1011 114
% 0.76/0.94 1013. ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a923))) (-. (c1_1 (a923))) (c3_1 (a923)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 1012
% 0.76/0.94 1014. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ### Or 978 1013
% 0.76/0.94 1015. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a923))) (-. (c1_1 (a923))) (c3_1 (a923)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### ConjTree 1014
% 0.76/0.94 1016. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (ndr1_0) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 580 1015
% 0.76/0.94 1017. ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) (ndr1_0) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 1016
% 0.76/0.94 1018. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ### Or 362 1017
% 0.76/0.94 1019. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 1018
% 0.76/0.94 1020. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1006 1019
% 0.76/0.94 1021. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1020 194
% 0.76/0.94 1022. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 1021
% 0.76/0.94 1023. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1010 1022
% 0.76/0.94 1024. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1006 170
% 0.76/0.94 1025. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp12)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 165 418
% 0.76/0.94 1026. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1025 170
% 0.76/0.94 1027. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 1026
% 0.76/0.94 1028. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1024 1027
% 0.76/0.94 1029. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1028 1022
% 0.76/0.94 1030. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 1029
% 0.76/0.94 1031. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 1023 1030
% 0.76/0.94 1032. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 519 1009
% 0.76/0.94 1033. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ### Or 137 418
% 0.76/0.94 1034. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1033 185
% 0.76/0.94 1035. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 1034
% 0.76/0.94 1036. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 314 1035
% 0.76/0.94 1037. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (ndr1_0) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 1036
% 0.76/0.94 1038. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1032 1037
% 0.76/0.94 1039. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 519 1027
% 0.76/0.94 1040. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1039 1037
% 0.76/0.94 1041. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 1040
% 0.76/0.94 1042. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 1038 1041
% 0.76/0.94 1043. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 1042
% 0.76/0.94 1044. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 1031 1043
% 0.76/0.94 1045. ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907)))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### ConjTree 1044
% 0.76/0.94 1046. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 998 1045
% 0.76/0.94 1047. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### Or 977 391
% 0.76/0.94 1048. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1006 222
% 0.76/0.94 1049. ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp21)) (-. (hskp10)) (c1_1 (a907)) (-. (c2_1 (a907))) (ndr1_0) (All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) ### DisjTree 402 16 7
% 0.76/0.94 1050. ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) (-. (hskp25)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ### DisjTree 340 1049 7
% 0.76/0.94 1051. ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp10)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a960)) (c0_1 (a960)) (-. (c1_1 (a960))) (ndr1_0) ### DisjTree 347 1049 7
% 0.76/0.94 1052. ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960)))))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp21)) (-. (hskp10)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ### ConjTree 1051
% 0.76/0.94 1053. ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp21)) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ### Or 1050 1052
% 0.76/0.94 1054. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 1053 980
% 0.76/0.94 1055. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 1054
% 0.76/0.94 1056. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1048 1055
% 0.76/0.94 1057. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (ndr1_0) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 580 218
% 0.76/0.94 1058. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) (ndr1_0) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 1057
% 0.76/0.94 1059. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ### Or 137 1058
% 0.76/0.94 1060. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### ConjTree 1059
% 0.76/0.94 1061. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1006 1060
% 0.76/0.94 1062. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 410 218
% 0.76/0.94 1063. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 1062
% 0.76/0.94 1064. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ### Or 137 1063
% 0.76/0.94 1065. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### ConjTree 1064
% 0.76/0.95 1066. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1033 1065
% 0.76/0.95 1067. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 1066
% 0.76/0.95 1068. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1061 1067
% 0.76/0.95 1069. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 1068
% 0.76/0.95 1070. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1056 1069
% 0.76/0.95 1071. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### Or 999 27
% 0.76/0.95 1072. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1071 226
% 0.76/0.95 1073. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1025 226
% 0.76/0.95 1074. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 1073
% 0.76/0.95 1075. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1072 1074
% 0.76/0.95 1076. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1075 1069
% 0.76/0.95 1077. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 1076
% 0.76/0.95 1078. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 1070 1077
% 0.76/0.95 1079. ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 1078
% 0.76/0.95 1080. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 1047 1079
% 0.76/0.95 1081. ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### ConjTree 1080
% 0.76/0.95 1082. ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### Or 1046 1081
% 0.76/0.95 1083. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### Or 977 318
% 0.76/0.95 1084. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) (c3_1 (a954)) (c1_1 (a954)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 1000 249 254
% 0.76/0.95 1085. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a954)) (c3_1 (a954)) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (ndr1_0) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 1084
% 0.76/0.95 1086. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (c3_1 (a954)) (c1_1 (a954)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ### Or 234 1085
% 0.76/0.95 1087. ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 1086
% 0.76/0.95 1088. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ### Or 978 1087
% 0.76/0.95 1089. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### ConjTree 1088
% 0.76/0.95 1090. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### Or 999 1089
% 0.76/0.95 1091. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 1090
% 0.76/0.95 1092. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ### Or 137 1091
% 0.76/0.95 1093. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1092 1019
% 0.76/0.95 1094. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1093 194
% 0.76/0.95 1095. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (ndr1_0) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 1094
% 0.76/0.95 1096. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 279 1095
% 0.76/0.95 1097. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 1096 318
% 0.76/0.95 1098. ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### ConjTree 1097
% 0.76/0.95 1099. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 1083 1098
% 0.76/0.95 1100. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1092 1060
% 0.76/0.95 1101. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (ndr1_0) (c0_1 (a916)) (c1_1 (a916)) (c3_1 (a916)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ### DisjTree 412 249 254
% 0.76/0.95 1102. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 1101
% 0.76/0.95 1103. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ### Or 234 1102
% 0.76/0.95 1104. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 1103
% 0.76/0.95 1105. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 410 1104
% 0.76/0.95 1106. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 1105
% 0.76/0.95 1107. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ### Or 137 1106
% 0.76/0.95 1108. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1107 1065
% 0.76/0.95 1109. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 1108
% 0.76/0.95 1110. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1100 1109
% 0.76/0.95 1111. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (ndr1_0) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 1110
% 0.76/0.95 1112. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (c1_1 (a907)) (-. (c2_1 (a907))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 361 1111
% 0.76/0.95 1113. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp13)) (-. (hskp3)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ### Or 978 161
% 0.76/0.95 1114. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### Or 1113 1106
% 0.76/0.95 1115. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1114 327
% 0.76/0.95 1116. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 1115
% 0.76/0.95 1117. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 328 1116
% 0.76/0.96 1118. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1117 1111
% 0.76/0.96 1119. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 1118
% 0.76/0.96 1120. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (c2_1 (a907))) (c1_1 (a907)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 1112 1119
% 0.76/0.96 1121. ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 1120
% 0.76/0.96 1122. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 1047 1121
% 0.76/0.96 1123. ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### ConjTree 1122
% 0.76/0.96 1124. ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### Or 1099 1123
% 0.76/0.96 1125. ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905)))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ### ConjTree 1124
% 0.76/0.96 1126. ((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ### Or 1082 1125
% 0.76/0.96 1127. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ### Or 978 564
% 0.76/0.96 1128. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### Or 1127 536
% 0.76/0.96 1129. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1128 982
% 0.76/0.96 1130. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 1129
% 0.76/0.96 1131. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 983 1130
% 0.76/0.96 1132. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 1131
% 0.76/0.96 1133. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 517 1132
% 0.76/0.96 1134. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1128 551
% 0.76/0.96 1135. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 1134
% 0.76/0.96 1136. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 552 1135
% 0.76/0.96 1137. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 1136
% 0.76/0.96 1138. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 517 1137
% 0.76/0.96 1139. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 1138
% 0.76/0.96 1140. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 1133 1139
% 0.76/0.96 1141. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 1140
% 0.76/0.96 1142. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### Or 977 1141
% 0.76/0.96 1143. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### Or 999 459
% 0.76/0.96 1144. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1143 582
% 0.76/0.96 1145. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1144 769
% 0.76/0.96 1146. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1071 505
% 0.76/0.96 1147. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1146 1055
% 0.76/0.96 1148. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### Or 999 593
% 0.76/0.96 1149. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1148 536
% 0.76/0.96 1150. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) (-. (hskp7)) (-. (hskp5)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1149 194
% 0.76/0.96 1151. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp5)) (-. (hskp7)) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 1150
% 0.76/0.96 1152. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) (c0_1 (a907)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1147 1151
% 0.76/0.96 1153. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (c0_1 (a907)) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 1152
% 0.76/0.96 1154. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) (c0_1 (a907)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1145 1153
% 0.76/0.96 1155. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) (-. (hskp7)) (-. (hskp5)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (c0_1 (a907)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1145 612
% 0.76/0.96 1156. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp5)) (-. (hskp7)) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 1155
% 0.76/0.96 1157. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) (c0_1 (a907)) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 1154 1156
% 0.76/0.96 1158. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1128 1009
% 0.76/0.96 1159. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 1158
% 0.76/0.96 1160. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1032 1159
% 0.76/0.96 1161. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 1160
% 0.76/0.97 1162. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1145 1161
% 0.76/0.97 1163. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 610 551
% 0.76/0.97 1164. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 1163
% 0.76/0.97 1165. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (c0_1 (a907)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1145 1164
% 0.76/0.97 1166. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 1165
% 0.76/0.97 1167. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) (c0_1 (a907)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 1162 1166
% 0.76/0.97 1168. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) (c0_1 (a907)) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 1167
% 0.76/0.97 1169. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) (c0_1 (a907)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 1157 1168
% 0.76/0.97 1170. ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907)))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### ConjTree 1169
% 0.76/0.97 1171. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 1142 1170
% 0.76/0.97 1172. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1128 712
% 0.76/0.97 1173. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 1172
% 0.76/0.97 1174. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 387 1173
% 0.76/0.97 1175. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 1174
% 0.76/0.97 1176. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 925 1175
% 0.76/0.97 1177. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 1176
% 0.76/0.97 1178. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### Or 977 1177
% 0.76/0.97 1179. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1071 672
% 0.76/0.97 1180. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1179 1055
% 0.76/0.97 1181. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp12)) (-. (hskp13)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ### Or 8 980
% 0.76/0.97 1182. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1181 750
% 0.76/0.97 1183. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1182 536
% 0.76/0.97 1184. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1183 756
% 0.81/0.97 1185. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 1184
% 0.81/0.97 1186. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) (c0_1 (a907)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1180 1185
% 0.81/0.97 1187. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a907)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 1186
% 0.81/0.97 1188. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) (c0_1 (a907)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1145 1187
% 0.81/0.97 1189. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a907)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 1188 779
% 0.81/0.97 1190. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 387 947
% 0.81/0.97 1191. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 1190
% 0.81/0.97 1192. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1145 1191
% 0.81/0.97 1193. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 1192
% 0.81/0.97 1194. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) (c0_1 (a907)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 1189 1193
% 0.81/0.97 1195. ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907)))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### ConjTree 1194
% 0.81/0.97 1196. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 1178 1195
% 0.81/0.97 1197. ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### ConjTree 1196
% 0.81/0.97 1198. ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### Or 1171 1197
% 0.81/0.97 1199. ((ndr1_0) /\ ((c0_1 (a904)) /\ ((-. (c1_1 (a904))) /\ (-. (c2_1 (a904)))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ### ConjTree 1198
% 0.81/0.97 1200. ((-. (hskp3)) \/ ((ndr1_0) /\ ((c0_1 (a904)) /\ ((-. (c1_1 (a904))) /\ (-. (c2_1 (a904))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) ### Or 1126 1199
% 0.81/0.98 1201. ((ndr1_0) /\ ((c0_1 (a903)) /\ ((-. (c2_1 (a903))) /\ (-. (c3_1 (a903)))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp3)) \/ ((ndr1_0) /\ ((c0_1 (a904)) /\ ((-. (c1_1 (a904))) /\ (-. (c2_1 (a904))))))) ### ConjTree 1200
% 0.81/0.98 1202. ((-. (hskp2)) \/ ((ndr1_0) /\ ((c0_1 (a903)) /\ ((-. (c2_1 (a903))) /\ (-. (c3_1 (a903))))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp1)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp3)) \/ ((ndr1_0) /\ ((c0_1 (a904)) /\ ((-. (c1_1 (a904))) /\ (-. (c2_1 (a904))))))) ### Or 970 1201
% 0.81/0.98 1203. (-. (c1_1 (a902))) (c1_1 (a902)) ### Axiom
% 0.81/0.98 1204. (c0_1 (a902)) (-. (c0_1 (a902))) ### Axiom
% 0.81/0.98 1205. (c2_1 (a902)) (-. (c2_1 (a902))) ### Axiom
% 0.81/0.98 1206. ((ndr1_0) => ((c1_1 (a902)) \/ ((-. (c0_1 (a902))) \/ (-. (c2_1 (a902)))))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ### DisjTree 9 1203 1204 1205
% 0.81/0.98 1207. (All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ### All 1206
% 0.81/0.98 1208. (-. (c2_1 (a946))) (c2_1 (a946)) ### Axiom
% 0.81/0.98 1209. (-. (c3_1 (a946))) (c3_1 (a946)) ### Axiom
% 0.81/0.98 1210. ((ndr1_0) => ((c1_1 (a946)) \/ ((c2_1 (a946)) \/ (c3_1 (a946))))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) (ndr1_0) ### DisjTree 9 97 1208 1209
% 0.81/0.98 1211. (All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) (ndr1_0) (All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) ### All 1210
% 0.81/0.98 1212. ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (hskp27)) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ### DisjTree 1207 1211 15
% 0.81/0.98 1213. ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp11)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (hskp27)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ### DisjTree 1212 23 15
% 0.81/0.98 1214. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ### Or 1213 114
% 0.81/0.98 1215. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp11)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c0_1 (a923))) (-. (c1_1 (a923))) (c3_1 (a923)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 1214
% 0.81/0.98 1216. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (ndr1_0) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ### Or 56 1215
% 0.81/0.98 1217. ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (ndr1_0) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp11)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 1216
% 0.81/0.98 1218. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (ndr1_0) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ### Or 111 1217
% 0.81/0.98 1219. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (ndr1_0) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp11)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 1218
% 0.81/0.98 1220. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (ndr1_0) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 91 1219
% 0.81/0.98 1221. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (ndr1_0) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp11)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### ConjTree 1220
% 0.81/0.98 1222. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 178 1221
% 0.81/0.98 1223. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) (-. (hskp7)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1222 194
% 0.81/0.98 1224. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) (-. (hskp7)) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1223 365
% 0.81/0.98 1225. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) (-. (hskp7)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 1224 188
% 0.81/0.98 1226. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 1225 198
% 0.81/0.98 1227. (-. (c2_1 (a907))) (c2_1 (a907)) ### Axiom
% 0.81/0.98 1228. (c0_1 (a907)) (-. (c0_1 (a907))) ### Axiom
% 0.81/0.98 1229. (c1_1 (a907)) (-. (c1_1 (a907))) ### Axiom
% 0.81/0.98 1230. ((ndr1_0) => ((c2_1 (a907)) \/ ((-. (c0_1 (a907))) \/ (-. (c1_1 (a907)))))) (c1_1 (a907)) (c0_1 (a907)) (-. (c2_1 (a907))) (ndr1_0) ### DisjTree 9 1227 1228 1229
% 0.81/0.98 1231. (All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) (ndr1_0) (-. (c2_1 (a907))) (c0_1 (a907)) (c1_1 (a907)) ### All 1230
% 0.81/0.98 1232. ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) (-. (hskp0)) (c1_1 (a907)) (c0_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ### DisjTree 1207 1231 35
% 0.81/0.98 1233. ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907)))))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (hskp0)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) ### ConjTree 1232
% 0.81/0.98 1234. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 1226 1233
% 0.81/0.98 1235. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 223 365
% 0.81/0.98 1236. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 227 365
% 0.81/0.98 1237. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 1236
% 0.81/0.98 1238. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 1235 1237
% 0.81/0.98 1239. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 1238 391
% 0.81/0.98 1240. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 1239 1233
% 0.81/0.98 1241. ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### ConjTree 1240
% 0.81/0.98 1242. ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### Or 1234 1241
% 0.81/0.98 1243. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c1_1 (a900)) (c3_1 (a900)) (c2_1 (a900)) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ### DisjTree 333 249 270
% 0.81/0.98 1244. ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (ndr1_0) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 1243
% 0.81/0.98 1245. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c0_1 (a946))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ### Or 1213 1244
% 0.81/0.98 1246. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp11)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 1245
% 0.81/0.98 1247. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (ndr1_0) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ### Or 56 1246
% 0.81/0.98 1248. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (ndr1_0) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp11)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1247 1217
% 0.81/0.98 1249. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (ndr1_0) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 1248
% 0.81/0.98 1250. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 260 1249
% 0.81/0.98 1251. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1250 194
% 0.81/0.98 1252. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1251 365
% 0.81/0.98 1253. ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (hskp27)) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ### DisjTree 1207 149 15
% 0.81/0.98 1254. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (hskp27)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ### DisjTree 1253 47 2
% 0.81/0.98 1255. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (hskp3)) (-. (hskp13)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ### Or 1254 370
% 0.81/0.98 1256. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp13)) (-. (hskp3)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### Or 1255 363
% 0.81/0.98 1257. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### Or 1256 37
% 0.81/0.98 1258. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### ConjTree 1257
% 0.81/0.98 1259. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 1252 1258
% 0.81/0.98 1260. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 1259 318
% 0.81/0.98 1261. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 1260 1233
% 0.81/0.98 1262. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 366 1258
% 0.81/0.98 1263. ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (hskp27)) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ### DisjTree 1207 183 15
% 0.81/0.98 1264. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ### Or 1263 25
% 0.81/0.98 1265. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### Or 1264 185
% 0.81/0.98 1266. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1265 386
% 0.81/0.98 1267. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 1266
% 0.81/0.98 1268. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 1262 1267
% 0.81/0.98 1269. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 1268 1233
% 0.81/0.98 1270. ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### ConjTree 1269
% 0.81/0.99 1271. ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### Or 1261 1270
% 0.81/0.99 1272. ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905)))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ### ConjTree 1271
% 0.81/0.99 1273. ((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ### Or 1242 1272
% 0.81/0.99 1274. ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (hskp27)) (-. (c2_1 (a937))) (c1_1 (a937)) (-. (hskp10)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ### DisjTree 1207 683 15
% 0.81/0.99 1275. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp21)) (-. (hskp10)) (c1_1 (a937)) (-. (c2_1 (a937))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ### Or 1274 25
% 0.81/0.99 1276. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a937))) (c1_1 (a937)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### Or 1275 27
% 0.81/0.99 1277. ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 1276
% 0.81/0.99 1278. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ### Or 501 1277
% 0.81/0.99 1279. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ### ConjTree 1278
% 0.81/0.99 1280. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 28 1279
% 0.81/0.99 1281. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1280 461
% 0.81/0.99 1282. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) (-. (hskp7)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1281 194
% 0.81/0.99 1283. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) (-. (hskp7)) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1282 365
% 0.81/0.99 1284. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) (-. (hskp7)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 1283 509
% 0.81/0.99 1285. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp6)) (-. (hskp14)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ### DisjTree 448 128 35
% 0.81/0.99 1286. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp14)) (-. (hskp6)) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ### ConjTree 1285
% 0.81/0.99 1287. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (-. (hskp6)) (-. (hskp14)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 1286
% 0.81/0.99 1288. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ### Or 1263 114
% 0.81/0.99 1289. ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923)))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 1288
% 0.81/0.99 1290. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 1287 1289
% 0.81/0.99 1291. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### Or 1290 185
% 0.81/0.99 1292. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 1291
% 0.81/0.99 1293. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1265 1292
% 0.81/0.99 1294. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 1293
% 0.81/0.99 1295. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 1284 1294
% 0.81/0.99 1296. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 1295 1233
% 0.81/0.99 1297. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 708 1267
% 0.81/0.99 1298. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 1297 1233
% 0.81/0.99 1299. ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) (-. (hskp0)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### ConjTree 1298
% 0.81/0.99 1300. ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### Or 1296 1299
% 0.81/0.99 1301. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 1252 816
% 0.81/0.99 1302. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1265 297
% 0.81/0.99 1303. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 1302
% 0.81/0.99 1304. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 1301 1303
% 0.81/0.99 1305. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 1304 1233
% 0.81/0.99 1306. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 670 809
% 0.81/0.99 1307. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ### Or 1254 25
% 0.81/0.99 1308. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### Or 1307 363
% 0.81/0.99 1309. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### Or 1308 609
% 0.81/0.99 1310. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1309 833
% 0.81/0.99 1311. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 1310
% 0.81/0.99 1312. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 670 1311
% 0.81/0.99 1313. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 1312
% 0.81/0.99 1314. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 1306 1313
% 0.81/0.99 1315. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 1314 1267
% 0.81/0.99 1316. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 1315 1233
% 0.81/1.00 1317. ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) (-. (hskp0)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### ConjTree 1316
% 0.81/1.00 1318. ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) (-. (hskp0)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### Or 1305 1317
% 0.81/1.00 1319. ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905)))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ### ConjTree 1318
% 0.81/1.00 1320. ((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ### Or 1300 1319
% 0.81/1.00 1321. ((ndr1_0) /\ ((c0_1 (a904)) /\ ((-. (c1_1 (a904))) /\ (-. (c2_1 (a904)))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) ### ConjTree 1320
% 0.81/1.00 1322. ((-. (hskp3)) \/ ((ndr1_0) /\ ((c0_1 (a904)) /\ ((-. (c1_1 (a904))) /\ (-. (c2_1 (a904))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp2)) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) ### Or 1273 1321
% 0.81/1.00 1323. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ### Or 976 1289
% 0.81/1.00 1324. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 1323
% 0.81/1.00 1325. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### Or 977 1324
% 0.81/1.00 1326. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 1325 1233
% 0.81/1.00 1327. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### Or 977 1267
% 0.81/1.00 1328. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 1327 1233
% 0.81/1.00 1329. ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) (-. (hskp0)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### ConjTree 1328
% 0.81/1.00 1330. ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) (-. (hskp0)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### Or 1326 1329
% 0.81/1.00 1331. ((ndr1_0) /\ ((c0_1 (a903)) /\ ((-. (c2_1 (a903))) /\ (-. (c3_1 (a903)))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (ndr1_0) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ### ConjTree 1330
% 0.81/1.00 1332. ((-. (hskp2)) \/ ((ndr1_0) /\ ((c0_1 (a903)) /\ ((-. (c2_1 (a903))) /\ (-. (c3_1 (a903))))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp3)) \/ ((ndr1_0) /\ ((c0_1 (a904)) /\ ((-. (c1_1 (a904))) /\ (-. (c2_1 (a904))))))) ### Or 1322 1331
% 0.81/1.00 1333. ((ndr1_0) /\ ((c0_1 (a902)) /\ ((c2_1 (a902)) /\ (-. (c1_1 (a902)))))) ((-. (hskp3)) \/ ((ndr1_0) /\ ((c0_1 (a904)) /\ ((-. (c1_1 (a904))) /\ (-. (c2_1 (a904))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp0)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) ((-. (hskp2)) \/ ((ndr1_0) /\ ((c0_1 (a903)) /\ ((-. (c2_1 (a903))) /\ (-. (c3_1 (a903))))))) ### ConjTree 1332
% 0.81/1.00 1334. ((-. (hskp1)) \/ ((ndr1_0) /\ ((c0_1 (a902)) /\ ((c2_1 (a902)) /\ (-. (c1_1 (a902))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((-. (hskp3)) \/ ((ndr1_0) /\ ((c0_1 (a904)) /\ ((-. (c1_1 (a904))) /\ (-. (c2_1 (a904))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) (-. (hskp0)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) ((-. (hskp2)) \/ ((ndr1_0) /\ ((c0_1 (a903)) /\ ((-. (c2_1 (a903))) /\ (-. (c3_1 (a903))))))) ### Or 1202 1333
% 0.81/1.00 1335. (c0_1 (a916)) (-. (c0_1 (a916))) ### Axiom
% 0.81/1.00 1336. (c3_1 (a916)) (-. (c3_1 (a916))) ### Axiom
% 0.81/1.00 1337. ((ndr1_0) => ((-. (c0_1 (a916))) \/ ((-. (c2_1 (a916))) \/ (-. (c3_1 (a916)))))) (c3_1 (a916)) (c1_1 (a916)) (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (c0_1 (a916)) (ndr1_0) ### DisjTree 9 1335 304 1336
% 0.81/1.00 1338. (All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) (ndr1_0) (c0_1 (a916)) (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (c1_1 (a916)) (c3_1 (a916)) ### All 1337
% 0.81/1.00 1339. ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp23)) (c3_1 (a916)) (c1_1 (a916)) (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (c0_1 (a916)) (ndr1_0) ### DisjTree 1338 66 67
% 0.81/1.00 1340. ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp21)) (-. (hskp25)) (ndr1_0) (c0_1 (a916)) (c1_1 (a916)) (c3_1 (a916)) (-. (hskp23)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ### DisjTree 1339 339 7
% 0.81/1.00 1341. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp23)) (ndr1_0) (-. (hskp25)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ### ConjTree 1340
% 0.81/1.00 1342. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp21)) (-. (hskp25)) (-. (hskp23)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ### Or 234 1341
% 0.81/1.00 1343. (c0_1 (a960)) (-. (c0_1 (a960))) ### Axiom
% 0.81/1.00 1344. (-. (c1_1 (a960))) (c1_1 (a960)) ### Axiom
% 0.81/1.00 1345. (-. (c2_1 (a960))) (c2_1 (a960)) ### Axiom
% 0.81/1.00 1346. (c0_1 (a960)) (-. (c0_1 (a960))) ### Axiom
% 0.81/1.00 1347. ((ndr1_0) => ((c1_1 (a960)) \/ ((c2_1 (a960)) \/ (-. (c0_1 (a960)))))) (c0_1 (a960)) (-. (c2_1 (a960))) (-. (c1_1 (a960))) (ndr1_0) ### DisjTree 9 1344 1345 1346
% 0.81/1.00 1348. (All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) (ndr1_0) (-. (c1_1 (a960))) (-. (c2_1 (a960))) (c0_1 (a960)) ### All 1347
% 0.81/1.00 1349. (c3_1 (a960)) (-. (c3_1 (a960))) ### Axiom
% 0.81/1.00 1350. ((ndr1_0) => ((-. (c0_1 (a960))) \/ ((-. (c2_1 (a960))) \/ (-. (c3_1 (a960)))))) (c3_1 (a960)) (-. (c1_1 (a960))) (All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) (c0_1 (a960)) (ndr1_0) ### DisjTree 9 1343 1348 1349
% 0.81/1.00 1351. (All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) (ndr1_0) (c0_1 (a960)) (All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) (-. (c1_1 (a960))) (c3_1 (a960)) ### All 1350
% 0.81/1.00 1352. ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp23)) (c3_1 (a960)) (-. (c1_1 (a960))) (All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) (c0_1 (a960)) (ndr1_0) ### DisjTree 1351 66 67
% 0.81/1.00 1353. ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) (-. (hskp29)) (ndr1_0) (c0_1 (a960)) (-. (c1_1 (a960))) (c3_1 (a960)) (-. (hskp23)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ### DisjTree 1352 347 647
% 0.81/1.00 1354. ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp23)) (c3_1 (a933)) (c2_1 (a933)) (c0_1 (a933)) (ndr1_0) ### DisjTree 653 66 67
% 0.81/1.00 1355. ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933))))) (ndr1_0) (-. (hskp23)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ### ConjTree 1354
% 0.81/1.00 1356. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp23)) (c3_1 (a960)) (-. (c1_1 (a960))) (c0_1 (a960)) (ndr1_0) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ### Or 1353 1355
% 0.81/1.00 1357. ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) (ndr1_0) (-. (hskp23)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ### ConjTree 1356
% 0.81/1.00 1358. ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp23)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### Or 1342 1357
% 0.81/1.00 1359. ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp21)) (-. (hskp10)) (c3_1 (a954)) (c1_1 (a954)) (-. (c0_1 (a954))) (All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) (ndr1_0) ### DisjTree 158 16 7
% 0.81/1.00 1360. (-. (c0_1 (a901))) (c0_1 (a901)) ### Axiom
% 0.81/1.00 1361. (-. (c1_1 (a901))) (c1_1 (a901)) ### Axiom
% 0.81/1.00 1362. (-. (c3_1 (a901))) (c3_1 (a901)) ### Axiom
% 0.81/1.00 1363. (c2_1 (a901)) (-. (c2_1 (a901))) ### Axiom
% 0.81/1.00 1364. ((ndr1_0) => ((c1_1 (a901)) \/ ((c3_1 (a901)) \/ (-. (c2_1 (a901)))))) (c2_1 (a901)) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (ndr1_0) ### DisjTree 9 1361 1362 1363
% 0.81/1.00 1365. (All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) (ndr1_0) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (c2_1 (a901)) ### All 1364
% 0.81/1.00 1366. (-. (c3_1 (a901))) (c3_1 (a901)) ### Axiom
% 0.81/1.00 1367. ((ndr1_0) => ((c0_1 (a901)) \/ ((c2_1 (a901)) \/ (c3_1 (a901))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) (-. (c0_1 (a901))) (ndr1_0) ### DisjTree 9 1360 1365 1366
% 0.81/1.00 1368. (All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) (ndr1_0) (-. (c0_1 (a901))) (All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ### All 1367
% 0.81/1.00 1369. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) (c3_1 (a954)) (c1_1 (a954)) (-. (c0_1 (a954))) (ndr1_0) (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) ### DisjTree 158 47 2
% 0.81/1.00 1370. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) (ndr1_0) (-. (c0_1 (a954))) (c1_1 (a954)) (c3_1 (a954)) (-. (hskp10)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ### DisjTree 1359 1368 1369
% 0.81/1.00 1371. ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp21)) (-. (hskp10)) (c3_1 (a954)) (c1_1 (a954)) (-. (c0_1 (a954))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### DisjTree 1370 77 78
% 0.81/1.00 1372. ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (-. (hskp10)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ### ConjTree 1371
% 0.81/1.00 1373. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp21)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 1358 1372
% 0.81/1.00 1374. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) (ndr1_0) (c1_1 (a900)) (c2_1 (a900)) (c3_1 (a900)) (-. (hskp23)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ### DisjTree 68 47 2
% 0.81/1.00 1375. ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp23)) (ndr1_0) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ### ConjTree 1374
% 0.81/1.00 1376. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) (-. (hskp23)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ### Or 17 1375
% 0.81/1.00 1377. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### Or 1376 80
% 0.81/1.00 1378. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### ConjTree 1377
% 0.81/1.00 1379. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### Or 1373 1378
% 0.81/1.00 1380. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1379 90
% 0.81/1.00 1381. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp3)) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 1380 363
% 0.81/1.00 1382. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 1381
% 0.81/1.00 1383. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp3)) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 28 1382
% 0.81/1.00 1384. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1383 192
% 0.81/1.00 1385. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (hskp23)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp21)) (-. (hskp25)) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ### Or 341 1341
% 0.81/1.00 1386. ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp23)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### Or 1385 1357
% 0.81/1.00 1387. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp21)) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 1386 1372
% 0.81/1.00 1388. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### Or 1387 1378
% 0.81/1.00 1389. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1388 90
% 0.81/1.00 1390. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp3)) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 1389 363
% 0.81/1.00 1391. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 1390
% 0.81/1.00 1392. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp3)) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1384 1391
% 0.81/1.00 1393. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1392 365
% 0.81/1.00 1394. (-. (c0_1 (a901))) (c0_1 (a901)) ### Axiom
% 0.81/1.00 1395. (-. (c1_1 (a901))) (c1_1 (a901)) ### Axiom
% 0.81/1.00 1396. ((ndr1_0) => ((c0_1 (a901)) \/ ((c1_1 (a901)) \/ (c2_1 (a901))))) (-. (c3_1 (a901))) (All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ### DisjTree 9 1394 1395 1365
% 0.81/1.00 1397. (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) (-. (c3_1 (a901))) ### All 1396
% 0.81/1.00 1398. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c0_1 (a954))) (c1_1 (a954)) (c3_1 (a954)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 159 1397 1369
% 0.81/1.00 1399. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c0_1 (a939)) (-. (c3_1 (a939))) (-. (c1_1 (a939))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a954)) (c1_1 (a954)) (-. (c0_1 (a954))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### DisjTree 1398 33 106
% 0.81/1.00 1400. ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (c1_1 (a939))) (-. (c3_1 (a939))) (c0_1 (a939)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ### ConjTree 1399
% 0.81/1.00 1401. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c0_1 (a939)) (-. (c3_1 (a939))) (-. (c1_1 (a939))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp21)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 1358 1400
% 0.81/1.00 1402. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c0_1 (a939)) (-. (c3_1 (a939))) (-. (c1_1 (a939))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### Or 1376 1400
% 0.81/1.00 1403. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (c1_1 (a939))) (-. (c3_1 (a939))) (c0_1 (a939)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### ConjTree 1402
% 0.81/1.00 1404. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c1_1 (a939))) (-. (c3_1 (a939))) (c0_1 (a939)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### Or 1401 1403
% 0.81/1.01 1405. ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 1404
% 0.81/1.01 1406. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp14)) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ### Or 4 1405
% 0.81/1.01 1407. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) (-. (hskp14)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ### Or 1406 90
% 0.81/1.01 1408. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp3)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 1407 363
% 0.81/1.01 1409. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 1408
% 0.81/1.01 1410. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp3)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 28 1409
% 0.81/1.01 1411. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1410 170
% 0.81/1.01 1412. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp3)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1411 194
% 0.81/1.01 1413. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1412 365
% 0.81/1.01 1414. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp3)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 1413
% 0.81/1.01 1415. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp3)) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 1393 1414
% 0.81/1.01 1416. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a916)) (c1_1 (a916)) (c3_1 (a916)) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (ndr1_0) (c1_1 (a900)) (c2_1 (a900)) (c3_1 (a900)) (-. (hskp23)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ### DisjTree 68 1397 1339
% 0.81/1.01 1417. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c0_1 (a939)) (-. (c3_1 (a939))) (-. (c1_1 (a939))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp23)) (c3_1 (a900)) (c2_1 (a900)) (c1_1 (a900)) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### DisjTree 1416 33 106
% 0.81/1.01 1418. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (c1_1 (a900)) (c2_1 (a900)) (c3_1 (a900)) (-. (hskp23)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (c1_1 (a939))) (-. (c3_1 (a939))) (c0_1 (a939)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ### ConjTree 1417
% 0.81/1.01 1419. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c0_1 (a939)) (-. (c3_1 (a939))) (-. (c1_1 (a939))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp23)) (c3_1 (a900)) (c2_1 (a900)) (c1_1 (a900)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ### Or 234 1418
% 0.81/1.01 1420. ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp23)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c1_1 (a939))) (-. (c3_1 (a939))) (c0_1 (a939)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 1419
% 0.81/1.01 1421. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c0_1 (a939)) (-. (c3_1 (a939))) (-. (c1_1 (a939))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp23)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ### Or 17 1420
% 0.81/1.01 1422. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (ndr1_0) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c1_1 (a939))) (-. (c3_1 (a939))) (c0_1 (a939)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### Or 1421 80
% 0.81/1.01 1423. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c0_1 (a939)) (-. (c3_1 (a939))) (-. (c1_1 (a939))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### ConjTree 1422
% 0.81/1.01 1424. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c1_1 (a939))) (-. (c3_1 (a939))) (c0_1 (a939)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ### Or 514 1423
% 0.81/1.01 1425. ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 1424
% 0.81/1.01 1426. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp14)) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ### Or 4 1425
% 0.81/1.01 1427. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) (-. (hskp14)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ### Or 1426 90
% 0.81/1.01 1428. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ### Or 514 116
% 0.81/1.01 1429. ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 1428
% 0.81/1.01 1430. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp3)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 1427 1429
% 0.81/1.01 1431. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 1430
% 0.81/1.01 1432. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp12)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 177 1431
% 0.81/1.01 1433. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1432 192
% 0.81/1.01 1434. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 1433
% 0.81/1.01 1435. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 519 1434
% 0.81/1.01 1436. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a916)) (c1_1 (a916)) (c3_1 (a916)) (-. (hskp23)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ### DisjTree 136 1397 1339
% 0.81/1.01 1437. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c0_1 (a939)) (-. (c3_1 (a939))) (-. (c1_1 (a939))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp23)) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### DisjTree 1436 33 106
% 0.81/1.01 1438. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp23)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (c1_1 (a939))) (-. (c3_1 (a939))) (c0_1 (a939)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ### ConjTree 1437
% 0.81/1.01 1439. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c0_1 (a939)) (-. (c3_1 (a939))) (-. (c1_1 (a939))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp23)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ### Or 234 1438
% 0.81/1.01 1440. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c1_1 (a939))) (-. (c3_1 (a939))) (c0_1 (a939)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### Or 1439 80
% 0.81/1.01 1441. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c0_1 (a939)) (-. (c3_1 (a939))) (-. (c1_1 (a939))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### ConjTree 1440
% 0.81/1.01 1442. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c1_1 (a939))) (-. (c3_1 (a939))) (c0_1 (a939)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ### Or 514 1441
% 0.81/1.01 1443. ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 1442
% 0.81/1.01 1444. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp14)) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ### Or 4 1443
% 0.81/1.01 1445. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) (-. (hskp14)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ### Or 1444 90
% 0.81/1.01 1446. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a916)) (c1_1 (a916)) (All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ### DisjTree 136 1397 307
% 0.81/1.01 1447. ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (c1_1 (a916)) (c3_1 (a916)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) (ndr1_0) ### DisjTree 45 1446 112
% 0.81/1.01 1448. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) (ndr1_0) (-. (c0_1 (a923))) (-. (c1_1 (a923))) (c3_1 (a923)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a916)) (c1_1 (a916)) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ### DisjTree 1447 405 34
% 0.81/1.01 1449. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) (ndr1_0) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ### ConjTree 1448
% 0.81/1.01 1450. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) (-. (c0_1 (a923))) (-. (c1_1 (a923))) (c3_1 (a923)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ### Or 234 1449
% 0.81/1.01 1451. ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 1450
% 0.81/1.01 1452. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp3)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 1445 1451
% 0.81/1.01 1453. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 1452
% 0.81/1.01 1454. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ### Or 137 1453
% 0.81/1.01 1455. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1454 185
% 0.81/1.01 1456. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 1455
% 0.81/1.01 1457. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 314 1456
% 0.81/1.01 1458. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (ndr1_0) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 1457
% 0.81/1.01 1459. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1435 1458
% 0.81/1.01 1460. (-. (c0_1 (a954))) (c0_1 (a954)) ### Axiom
% 0.81/1.01 1461. (c3_1 (a954)) (-. (c3_1 (a954))) ### Axiom
% 0.81/1.01 1462. ((ndr1_0) => ((c0_1 (a954)) \/ ((-. (c2_1 (a954))) \/ (-. (c3_1 (a954)))))) (c3_1 (a954)) (c1_1 (a954)) (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (-. (c0_1 (a954))) (ndr1_0) ### DisjTree 9 1460 558 1461
% 0.81/1.01 1463. (All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) (ndr1_0) (-. (c0_1 (a954))) (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (c1_1 (a954)) (c3_1 (a954)) ### All 1462
% 0.81/1.01 1464. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c0_1 (a954))) (c1_1 (a954)) (c3_1 (a954)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 159 1397 1463
% 0.81/1.01 1465. ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a954)) (c1_1 (a954)) (-. (c0_1 (a954))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ### DisjTree 33 1464 112
% 0.81/1.01 1466. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c0_1 (a939)) (-. (c3_1 (a939))) (-. (c1_1 (a939))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c0_1 (a954))) (c1_1 (a954)) (c3_1 (a954)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ### DisjTree 1465 33 106
% 0.81/1.01 1467. ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c1_1 (a939))) (-. (c3_1 (a939))) (c0_1 (a939)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ### ConjTree 1466
% 0.81/1.01 1468. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (ndr1_0) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c1_1 (a939))) (-. (c3_1 (a939))) (c0_1 (a939)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### Or 1421 1467
% 0.81/1.01 1469. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c0_1 (a939)) (-. (c3_1 (a939))) (-. (c1_1 (a939))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### ConjTree 1468
% 0.81/1.02 1470. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c1_1 (a939))) (-. (c3_1 (a939))) (c0_1 (a939)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ### Or 514 1469
% 0.81/1.02 1471. ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 1470
% 0.81/1.02 1472. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp14)) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ### Or 4 1471
% 0.81/1.02 1473. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) (-. (hskp14)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ### Or 1472 90
% 0.81/1.02 1474. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp3)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 1473 1429
% 0.81/1.02 1475. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 1474
% 0.81/1.02 1476. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp12)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 165 1475
% 0.81/1.02 1477. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1476 170
% 0.81/1.02 1478. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 1477
% 0.81/1.02 1479. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 519 1478
% 0.81/1.02 1480. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c1_1 (a939))) (-. (c3_1 (a939))) (c0_1 (a939)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### Or 1439 1467
% 0.81/1.02 1481. ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### ConjTree 1480
% 0.81/1.02 1482. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (hskp14)) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ### Or 4 1481
% 0.81/1.02 1483. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) (-. (hskp14)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ### Or 1482 90
% 0.81/1.02 1484. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp3)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 1483 1451
% 0.81/1.02 1485. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (ndr1_0) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 1484
% 0.81/1.02 1486. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ### Or 137 1485
% 0.81/1.02 1487. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1486 185
% 0.81/1.02 1488. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) (ndr1_0) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 1487
% 0.81/1.02 1489. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1479 1488
% 0.81/1.02 1490. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 1489
% 0.81/1.02 1491. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 1459 1490
% 0.81/1.02 1492. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 1491
% 0.81/1.02 1493. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 1415 1492
% 0.81/1.02 1494. ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) (c3_1 (a954)) (c1_1 (a954)) (ndr1_0) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ### Or 743 1052
% 0.81/1.02 1495. ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp21)) (ndr1_0) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### ConjTree 1494
% 0.81/1.02 1496. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp21)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 1358 1495
% 0.81/1.02 1497. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### Or 1496 116
% 0.81/1.02 1498. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (c0_1 (a923))) (-. (c1_1 (a923))) (c3_1 (a923)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1497 90
% 0.81/1.02 1499. ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp3)) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### ConjTree 1498
% 0.81/1.02 1500. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp3)) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 1380 1499
% 0.81/1.02 1501. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 1500
% 0.81/1.02 1502. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp12)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 177 1501
% 0.81/1.02 1503. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1502 192
% 0.81/1.02 1504. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1503 194
% 0.81/1.02 1505. (-. (c0_1 (a901))) (c0_1 (a901)) ### Axiom
% 0.81/1.02 1506. (-. (c1_1 (a901))) (c1_1 (a901)) ### Axiom
% 0.81/1.02 1507. (-. (c3_1 (a901))) (c3_1 (a901)) ### Axiom
% 0.81/1.02 1508. ((ndr1_0) => ((c0_1 (a901)) \/ ((c1_1 (a901)) \/ (c3_1 (a901))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ### DisjTree 9 1505 1506 1507
% 0.81/1.02 1509. (All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ### All 1508
% 0.81/1.02 1510. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ### DisjTree 136 1397 589
% 0.81/1.02 1511. ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ### DisjTree 1509 136 1510
% 0.81/1.02 1512. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### DisjTree 1511 405 34
% 0.81/1.02 1513. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ### ConjTree 1512
% 0.81/1.02 1514. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1504 1513
% 0.81/1.02 1515. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp13)) (-. (hskp3)) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 601 69 6
% 0.81/1.02 1516. ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (hskp3)) (-. (hskp13)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ### DisjTree 1509 14 1515
% 0.81/1.02 1517. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp13)) (-. (hskp3)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### ConjTree 1516
% 0.81/1.02 1518. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (-. (hskp12)) (-. (hskp13)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ### Or 8 1517
% 0.81/1.02 1519. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp3)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 1407 1499
% 0.81/1.02 1520. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 1519
% 0.81/1.02 1521. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1518 1520
% 0.81/1.02 1522. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1521 170
% 0.81/1.02 1523. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1522 194
% 0.81/1.02 1524. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1523 1513
% 0.81/1.02 1525. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 1524
% 0.81/1.02 1526. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 1514 1525
% 0.81/1.03 1527. ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ### Or 183 589
% 0.81/1.03 1528. ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ### DisjTree 1509 14 1527
% 0.81/1.03 1529. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### ConjTree 1528
% 0.81/1.03 1530. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ### Or 514 1529
% 0.81/1.03 1531. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 1530
% 0.81/1.03 1532. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 519 1531
% 0.81/1.03 1533. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 314 1531
% 0.81/1.03 1534. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (ndr1_0) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 1533
% 0.81/1.03 1535. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1532 1534
% 0.81/1.03 1536. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 1535
% 0.81/1.03 1537. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 1526 1536
% 0.81/1.03 1538. ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907)))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### ConjTree 1537
% 0.81/1.03 1539. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp3)) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 1493 1538
% 0.81/1.03 1540. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1383 222
% 0.81/1.03 1541. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp3)) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1540 1391
% 0.81/1.03 1542. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1541 365
% 0.81/1.03 1543. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1410 226
% 0.81/1.03 1544. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c0_1 (a939)) (-. (c3_1 (a939))) (-. (c1_1 (a939))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp21)) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 1386 1400
% 0.81/1.03 1545. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (c1_1 (a939))) (-. (c3_1 (a939))) (c0_1 (a939)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### Or 1544 1403
% 0.81/1.03 1546. ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 1545
% 0.81/1.03 1547. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp14)) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ### Or 4 1546
% 0.81/1.03 1548. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) (-. (hskp14)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ### Or 1547 90
% 0.81/1.03 1549. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp3)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 1548 363
% 0.81/1.03 1550. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 1549
% 0.81/1.03 1551. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp12)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 165 1550
% 0.81/1.03 1552. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1551 226
% 0.81/1.03 1553. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 1552
% 0.81/1.03 1554. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp3)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1543 1553
% 0.81/1.03 1555. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1554 365
% 0.81/1.03 1556. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp3)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 1555
% 0.81/1.03 1557. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp3)) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 1542 1556
% 0.81/1.03 1558. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 1557 391
% 0.81/1.03 1559. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) (c0_1 (a916)) (c1_1 (a916)) (c3_1 (a916)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (ndr1_0) (c1_1 (a900)) (c2_1 (a900)) (c3_1 (a900)) (-. (hskp23)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ### DisjTree 68 1397 726
% 0.81/1.03 1560. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp23)) (c3_1 (a900)) (c2_1 (a900)) (c1_1 (a900)) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### DisjTree 1559 206 215
% 0.81/1.03 1561. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp23)) (c3_1 (a900)) (c2_1 (a900)) (c1_1 (a900)) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### DisjTree 1559 33 1560
% 0.81/1.03 1562. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (c1_1 (a900)) (c2_1 (a900)) (c3_1 (a900)) (-. (hskp23)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ### ConjTree 1561
% 0.81/1.03 1563. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp23)) (c3_1 (a900)) (c2_1 (a900)) (c1_1 (a900)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ### Or 234 1562
% 0.81/1.03 1564. ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp23)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 1563
% 0.81/1.03 1565. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp23)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ### Or 17 1564
% 0.81/1.03 1566. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (ndr1_0) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### Or 1565 80
% 0.81/1.03 1567. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### ConjTree 1566
% 0.81/1.03 1568. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### Or 1496 1567
% 0.81/1.03 1569. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1568 90
% 0.81/1.03 1570. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp3)) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### ConjTree 1569
% 0.81/1.03 1571. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp12)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 177 1570
% 0.81/1.03 1572. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1571 222
% 0.81/1.04 1573. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 1053 1567
% 0.81/1.04 1574. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1573 90
% 0.81/1.04 1575. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp3)) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### ConjTree 1574
% 0.81/1.04 1576. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp12)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 177 1575
% 0.81/1.04 1577. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1576 222
% 0.81/1.04 1578. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 1577
% 0.81/1.04 1579. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1572 1578
% 0.81/1.04 1580. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### DisjTree 1511 206 215
% 0.81/1.04 1581. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### DisjTree 1511 33 1580
% 0.81/1.04 1582. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ### ConjTree 1581
% 0.81/1.04 1583. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ### Or 137 1582
% 0.81/1.04 1584. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (ndr1_0) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### ConjTree 1583
% 0.81/1.04 1585. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1579 1584
% 0.81/1.04 1586. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 771 1368 726
% 0.81/1.04 1587. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 601 1397 589
% 0.81/1.04 1588. ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) (c0_1 (a916)) (c1_1 (a916)) (c3_1 (a916)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ### DisjTree 1509 1586 1587
% 0.81/1.04 1589. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### DisjTree 1588 206 215
% 0.81/1.04 1590. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### DisjTree 1588 33 1589
% 0.81/1.04 1591. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ### ConjTree 1590
% 0.81/1.04 1592. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ### Or 234 1591
% 0.81/1.04 1593. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (ndr1_0) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 1592
% 0.81/1.04 1594. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1518 1593
% 0.81/1.04 1595. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 607 1368 55
% 0.81/1.04 1596. ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (hskp3)) (-. (hskp13)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ### DisjTree 1509 1595 1515
% 0.81/1.04 1597. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### Or 1596 220
% 0.81/1.04 1598. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### ConjTree 1597
% 0.81/1.04 1599. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1594 1598
% 0.81/1.04 1600. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ### Or 137 1593
% 0.81/1.04 1601. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ### DisjTree 136 1368 55
% 0.81/1.04 1602. ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ### DisjTree 1509 1601 1587
% 0.81/1.04 1603. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### DisjTree 1602 206 215
% 0.81/1.04 1604. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### DisjTree 1602 33 1603
% 0.81/1.04 1605. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ### ConjTree 1604
% 0.81/1.04 1606. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### Or 1596 1605
% 0.81/1.04 1607. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### ConjTree 1606
% 0.81/1.04 1608. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1600 1607
% 0.81/1.04 1609. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (ndr1_0) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 1608
% 0.81/1.04 1610. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1599 1609
% 0.81/1.04 1611. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 1610
% 0.81/1.04 1612. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 1585 1611
% 0.81/1.04 1613. ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 1612
% 0.81/1.04 1614. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp3)) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 1558 1613
% 0.90/1.04 1615. ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### ConjTree 1614
% 0.90/1.04 1616. ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### Or 1539 1615
% 0.90/1.04 1617. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ### Or 17 1244
% 0.90/1.04 1618. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 1617
% 0.90/1.04 1619. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ### Or 56 1618
% 0.90/1.04 1620. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1619 118
% 0.90/1.04 1621. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 1620
% 0.90/1.04 1622. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 260 1621
% 0.90/1.04 1623. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1622 194
% 0.90/1.04 1624. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (-. (c2_1 (a905))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ### DisjTree 136 1368 243
% 0.90/1.04 1625. ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a905))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### DisjTree 1624 332 78
% 0.90/1.04 1626. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (ndr1_0) (All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) ### DisjTree 332 405 34
% 0.90/1.04 1627. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (hskp27)) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ### DisjTree 1625 1626 15
% 0.90/1.04 1628. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ### Or 1627 114
% 0.90/1.04 1629. ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 1628
% 0.90/1.04 1630. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ### Or 362 1629
% 0.90/1.04 1631. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 1630
% 0.90/1.04 1632. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1623 1631
% 0.90/1.04 1633. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 367 1397 243
% 0.90/1.04 1634. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c1_1 (a900)) (c3_1 (a900)) (c2_1 (a900)) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### DisjTree 1633 249 270
% 0.90/1.04 1635. ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 1634
% 0.90/1.04 1636. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ### Or 17 1635
% 0.90/1.04 1637. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 1636
% 0.90/1.04 1638. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ### Or 56 1637
% 0.90/1.04 1639. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (hskp27)) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### DisjTree 1633 1626 15
% 0.90/1.04 1640. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ### Or 1639 114
% 0.90/1.04 1641. ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 1640
% 0.90/1.04 1642. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1638 1641
% 0.90/1.04 1643. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 1642
% 0.90/1.04 1644. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 260 1643
% 0.90/1.04 1645. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1644 194
% 0.90/1.04 1646. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1645 365
% 0.90/1.04 1647. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 1646
% 0.90/1.04 1648. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 1632 1647
% 0.90/1.05 1649. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 1648 318
% 0.90/1.05 1650. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 601 47 2
% 0.90/1.05 1651. ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ### DisjTree 1509 1595 1650
% 0.90/1.05 1652. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### Or 1651 1641
% 0.90/1.05 1653. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 1652
% 0.90/1.05 1654. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 260 1653
% 0.90/1.05 1655. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1654 194
% 0.90/1.05 1656. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### DisjTree 1633 249 254
% 0.90/1.05 1657. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 1656
% 0.90/1.05 1658. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ### Or 234 1657
% 0.90/1.05 1659. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (ndr1_0) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 1658
% 0.90/1.05 1660. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ### Or 137 1659
% 0.90/1.05 1661. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1660 1653
% 0.90/1.05 1662. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (ndr1_0) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 1661
% 0.90/1.05 1663. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1655 1662
% 0.90/1.05 1664. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 1663
% 0.90/1.05 1665. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 1632 1664
% 0.90/1.05 1666. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 1665 318
% 0.90/1.05 1667. ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907)))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### ConjTree 1666
% 0.90/1.05 1668. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 1649 1667
% 0.90/1.05 1669. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ### DisjTree 1625 206 215
% 0.90/1.05 1670. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ### DisjTree 1625 33 1669
% 0.90/1.05 1671. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ### ConjTree 1670
% 0.90/1.05 1672. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ### Or 137 1671
% 0.90/1.05 1673. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### ConjTree 1672
% 0.90/1.05 1674. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 361 1673
% 0.90/1.05 1675. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c1_1 (a900)) (c3_1 (a900)) (c2_1 (a900)) (-. (hskp3)) (-. (hskp13)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### DisjTree 1633 249 320
% 0.90/1.05 1676. ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp13)) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 1675
% 0.90/1.05 1677. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (hskp3)) (-. (hskp13)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ### Or 17 1676
% 0.90/1.05 1678. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp13)) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 1677
% 0.90/1.05 1679. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp3)) (-. (hskp13)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 351 1678
% 0.90/1.05 1680. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1679 1659
% 0.90/1.05 1681. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1680 327
% 0.90/1.05 1682. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 1681
% 0.90/1.05 1683. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 328 1682
% 0.90/1.05 1684. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1683 365
% 0.90/1.05 1685. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 1684
% 0.90/1.05 1686. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 1674 1685
% 0.90/1.05 1687. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 281 386
% 0.90/1.05 1688. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1687 316
% 0.90/1.05 1689. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 1688
% 0.90/1.05 1690. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 1686 1689
% 0.90/1.05 1691. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 260 1598
% 0.90/1.05 1692. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### DisjTree 1588 249 254
% 0.90/1.05 1693. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 1692
% 0.90/1.05 1694. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (ndr1_0) (-. (c1_1 (a960))) (c0_1 (a960)) (c3_1 (a960)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ### Or 348 1693
% 0.90/1.05 1695. ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 1694
% 0.90/1.05 1696. ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp21)) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ### Or 404 1695
% 0.90/1.05 1697. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp3)) (-. (hskp13)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 1696 1517
% 0.90/1.05 1698. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ### Or 234 1693
% 0.90/1.05 1699. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (ndr1_0) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 1698
% 0.90/1.05 1700. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1697 1699
% 0.90/1.05 1701. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 1696 218
% 0.90/1.05 1702. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 1701
% 0.90/1.05 1703. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### Or 1596 1702
% 0.90/1.05 1704. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### ConjTree 1703
% 0.90/1.05 1705. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1700 1704
% 0.90/1.05 1706. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 1705
% 0.90/1.05 1707. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1691 1706
% 0.90/1.05 1708. ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c2_1 (a905))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ### DisjTree 1509 1624 1587
% 0.90/1.05 1709. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### DisjTree 1708 206 215
% 0.90/1.05 1710. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### DisjTree 1708 33 1709
% 0.90/1.05 1711. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ### ConjTree 1710
% 0.90/1.05 1712. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1518 1711
% 0.90/1.05 1713. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### Or 1596 1711
% 0.90/1.05 1714. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### ConjTree 1713
% 0.90/1.05 1715. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1712 1714
% 0.90/1.05 1716. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 1715
% 0.90/1.06 1717. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1707 1716
% 0.90/1.06 1718. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 1717
% 0.90/1.06 1719. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 1674 1718
% 0.90/1.06 1720. ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 1719
% 0.90/1.06 1721. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 1690 1720
% 0.90/1.06 1722. ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### ConjTree 1721
% 0.90/1.06 1723. ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### Or 1668 1722
% 0.90/1.06 1724. ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905)))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ### ConjTree 1723
% 0.90/1.06 1725. ((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp3)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ### Or 1616 1724
% 0.90/1.06 1726. ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ### DisjTree 1509 14 447
% 0.90/1.06 1727. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c0_1 (a939)) (-. (c3_1 (a939))) (-. (c1_1 (a939))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### DisjTree 1726 33 106
% 0.90/1.06 1728. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (c1_1 (a939))) (-. (c3_1 (a939))) (c0_1 (a939)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ### ConjTree 1727
% 0.90/1.06 1729. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c0_1 (a939)) (-. (c3_1 (a939))) (-. (c1_1 (a939))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a937))) (c1_1 (a937)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 687 1728
% 0.90/1.06 1730. ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c1_1 (a937)) (-. (c2_1 (a937))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 1729
% 0.90/1.06 1731. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a937))) (c1_1 (a937)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp14)) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ### Or 4 1730
% 0.90/1.06 1732. ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937)))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) (-. (hskp14)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ### ConjTree 1731
% 0.90/1.06 1733. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp14)) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ### Or 501 1732
% 0.90/1.06 1734. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) (-. (hskp14)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ### ConjTree 1733
% 0.90/1.06 1735. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp14)) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 1734
% 0.90/1.06 1736. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a937))) (c1_1 (a937)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 687 116
% 0.90/1.06 1737. ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (c0_1 (a923))) (-. (c1_1 (a923))) (c3_1 (a923)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 1736
% 0.90/1.06 1738. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ### Or 501 1737
% 0.90/1.06 1739. ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ### ConjTree 1738
% 0.90/1.06 1740. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 1735 1739
% 0.90/1.06 1741. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 1740
% 0.90/1.06 1742. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 511 1741
% 0.90/1.06 1743. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1742 461
% 0.90/1.06 1744. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 1743
% 0.90/1.06 1745. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 462 1744
% 0.90/1.06 1746. ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ### DisjTree 1509 136 447
% 0.90/1.06 1747. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c0_1 (a939)) (-. (c3_1 (a939))) (-. (c1_1 (a939))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### DisjTree 1746 33 106
% 0.90/1.06 1748. ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ### ConjTree 1747
% 0.90/1.06 1749. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp14)) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ### Or 4 1748
% 0.90/1.06 1750. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) (-. (hskp14)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ### ConjTree 1749
% 0.90/1.06 1751. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp14)) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 1750
% 0.90/1.06 1752. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (hskp27)) (c3_1 (a954)) (c1_1 (a954)) (-. (c0_1 (a954))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) (ndr1_0) ### DisjTree 638 77 15
% 0.90/1.06 1753. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a954))) (c1_1 (a954)) (c3_1 (a954)) (-. (hskp27)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### DisjTree 1746 33 1752
% 0.90/1.06 1754. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (c3_1 (a954)) (c1_1 (a954)) (-. (c0_1 (a954))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ### Or 1753 114
% 0.90/1.06 1755. ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c0_1 (a923))) (-. (c1_1 (a923))) (c3_1 (a923)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 1754
% 0.90/1.06 1756. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (ndr1_0) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ### Or 521 1755
% 0.90/1.06 1757. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (ndr1_0) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c0_1 (a923))) (-. (c1_1 (a923))) (c3_1 (a923)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### ConjTree 1756
% 0.90/1.06 1758. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 1757
% 0.90/1.06 1759. ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### ConjTree 1758
% 0.90/1.06 1760. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 1751 1759
% 0.90/1.06 1761. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 1760
% 0.90/1.06 1762. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 526 1761
% 0.90/1.06 1763. ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### DisjTree 1601 436 457
% 0.90/1.06 1764. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ### ConjTree 1763
% 0.90/1.06 1765. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1762 1764
% 0.90/1.06 1766. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 1765
% 0.90/1.06 1767. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1745 1766
% 0.90/1.06 1768. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c1_1 (a900)) (c3_1 (a900)) (c2_1 (a900)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) (-. (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### DisjTree 1726 723 724
% 0.90/1.06 1769. ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a916)) (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (c1_1 (a916)) (c1_1 (a937)) (-. (c0_1 (a937))) (All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) (-. (c2_1 (a937))) (ndr1_0) ### DisjTree 484 307 835
% 0.90/1.06 1770. ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a916)) (c3_1 (a916)) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c1_1 (a937)) (-. (c0_1 (a937))) (All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) (-. (c2_1 (a937))) (ndr1_0) ### Or 484 1769
% 0.90/1.06 1771. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c0_1 (a916)) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a916)) (c1_1 (a916)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (ndr1_0) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp6)) (-. (hskp14)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ### DisjTree 448 1770 254
% 0.90/1.06 1772. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp14)) (-. (hskp6)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (ndr1_0) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 1771
% 0.90/1.06 1773. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) (-. (hskp6)) (-. (hskp14)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a900)) (c3_1 (a900)) (c1_1 (a900)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### Or 1768 1772
% 0.90/1.06 1774. ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp14)) (-. (hskp6)) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 1773
% 0.90/1.06 1775. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) (-. (hskp6)) (-. (hskp14)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ### Or 17 1774
% 0.90/1.06 1776. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp14)) (-. (hskp6)) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 1775
% 0.90/1.06 1777. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) (-. (hskp6)) (-. (hskp14)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a937))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a937))) (c1_1 (a937)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 687 1776
% 0.90/1.06 1778. ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp14)) (-. (hskp6)) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 1777
% 0.90/1.06 1779. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) (-. (hskp6)) (-. (hskp14)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (hskp7)) (-. (hskp13)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ### Or 475 1778
% 0.90/1.06 1780. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp14)) (-. (hskp6)) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ### ConjTree 1779
% 0.90/1.06 1781. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) (-. (hskp6)) (-. (hskp14)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp7)) (-. (hskp13)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 1780
% 0.90/1.06 1782. (-. (c3_1 (a926))) (c3_1 (a926)) ### Axiom
% 0.90/1.06 1783. (-. (c0_1 (a926))) (c0_1 (a926)) ### Axiom
% 0.90/1.06 1784. (-. (c3_1 (a926))) (c3_1 (a926)) ### Axiom
% 0.90/1.06 1785. (c2_1 (a926)) (-. (c2_1 (a926))) ### Axiom
% 0.90/1.06 1786. ((ndr1_0) => ((c0_1 (a926)) \/ ((c3_1 (a926)) \/ (-. (c2_1 (a926)))))) (c2_1 (a926)) (-. (c3_1 (a926))) (-. (c0_1 (a926))) (ndr1_0) ### DisjTree 9 1783 1784 1785
% 0.90/1.06 1787. (All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) (ndr1_0) (-. (c0_1 (a926))) (-. (c3_1 (a926))) (c2_1 (a926)) ### All 1786
% 0.90/1.06 1788. (c2_1 (a926)) (-. (c2_1 (a926))) ### Axiom
% 0.90/1.06 1789. ((ndr1_0) => ((c3_1 (a926)) \/ ((-. (c0_1 (a926))) \/ (-. (c2_1 (a926)))))) (c2_1 (a926)) (All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) (-. (c3_1 (a926))) (ndr1_0) ### DisjTree 9 1782 1787 1788
% 0.90/1.06 1790. (All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) (ndr1_0) (-. (c3_1 (a926))) (All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) (c2_1 (a926)) ### All 1789
% 0.90/1.06 1791. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c1_1 (a926)) (c2_1 (a926)) (All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) (-. (c3_1 (a926))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### DisjTree 1726 1790 866
% 0.90/1.06 1792. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c0_1 (a939)) (-. (c3_1 (a939))) (-. (c1_1 (a939))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c3_1 (a926))) (c2_1 (a926)) (c1_1 (a926)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (ndr1_0) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp6)) (-. (hskp14)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ### DisjTree 448 1791 106
% 0.90/1.06 1793. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp14)) (-. (hskp6)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c1_1 (a926)) (c2_1 (a926)) (-. (c3_1 (a926))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a939))) (-. (c3_1 (a939))) (c0_1 (a939)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ### ConjTree 1792
% 0.90/1.06 1794. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c0_1 (a939)) (-. (c3_1 (a939))) (-. (c1_1 (a939))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c3_1 (a926))) (c2_1 (a926)) (c1_1 (a926)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (ndr1_0) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp6)) (-. (hskp14)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp12)) (-. (hskp13)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ### Or 8 1793
% 0.90/1.06 1795. ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp13)) (-. (hskp12)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp14)) (-. (hskp6)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c1_1 (a926)) (c2_1 (a926)) (-. (c3_1 (a926))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 1794
% 0.90/1.06 1796. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c3_1 (a926))) (c2_1 (a926)) (c1_1 (a926)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (ndr1_0) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp12)) (-. (hskp13)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp14)) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ### Or 4 1795
% 0.90/1.06 1797. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) (-. (hskp14)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp13)) (-. (hskp12)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c1_1 (a926)) (c2_1 (a926)) (-. (c3_1 (a926))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ### ConjTree 1796
% 0.90/1.07 1798. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c3_1 (a926))) (c2_1 (a926)) (c1_1 (a926)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp13)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp14)) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 1797
% 0.90/1.07 1799. ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) (-. (hskp14)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp13)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### ConjTree 1798
% 0.90/1.07 1800. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp14)) (-. (hskp6)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 1781 1799
% 0.90/1.07 1801. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp7)) (-. (hskp13)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ### Or 1800 363
% 0.90/1.07 1802. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) (-. (hskp6)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 1735 363
% 0.90/1.07 1803. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp6)) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 1802
% 0.90/1.07 1804. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### Or 1801 1803
% 0.90/1.07 1805. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1804 505
% 0.90/1.07 1806. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 1805
% 0.90/1.07 1807. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 506 1806
% 0.90/1.07 1808. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1762 536
% 0.90/1.07 1809. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 1808
% 0.90/1.07 1810. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1807 1809
% 0.90/1.07 1811. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 1810
% 0.90/1.07 1812. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 1767 1811
% 0.90/1.07 1813. ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### DisjTree 1595 436 457
% 0.90/1.07 1814. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ### ConjTree 1813
% 0.90/1.07 1815. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 456 1814
% 0.90/1.07 1816. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) (-. (hskp6)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 511 1803
% 0.90/1.07 1817. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp6)) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1816 1814
% 0.90/1.07 1818. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) (-. (hskp6)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 1817
% 0.90/1.07 1819. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1815 1818
% 0.90/1.07 1820. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 511 1761
% 0.90/1.07 1821. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1820 1814
% 0.90/1.07 1822. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 1821
% 0.90/1.07 1823. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1819 1822
% 0.90/1.07 1824. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 456 609
% 0.90/1.07 1825. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1824 1806
% 0.90/1.07 1826. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1825 365
% 0.90/1.07 1827. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 1826
% 0.90/1.07 1828. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 1823 1827
% 0.90/1.07 1829. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 1828
% 0.90/1.07 1830. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 1812 1829
% 0.90/1.07 1831. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 526 1741
% 0.90/1.07 1832. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1831 185
% 0.90/1.07 1833. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 1832
% 0.90/1.07 1834. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 519 1833
% 0.90/1.07 1835. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1834 1766
% 0.90/1.07 1836. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1834 1809
% 0.90/1.07 1837. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 1836
% 0.90/1.08 1838. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 1835 1837
% 0.90/1.08 1839. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 519 1744
% 0.90/1.08 1840. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1839 1822
% 0.90/1.08 1841. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a900)) (c3_1 (a900)) (c1_1 (a900)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### Or 1768 840
% 0.90/1.08 1842. ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 1841
% 0.90/1.08 1843. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ### Or 17 1842
% 0.90/1.08 1844. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 1843
% 0.90/1.08 1845. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a937))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a937))) (c1_1 (a937)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 687 1844
% 0.90/1.08 1846. ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 1845
% 0.90/1.08 1847. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ### Or 843 1846
% 0.90/1.08 1848. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp16)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ### ConjTree 1847
% 0.90/1.08 1849. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 1848
% 0.90/1.08 1850. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp13)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp14)) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 1849 1799
% 0.90/1.08 1851. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp13)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ### Or 1850 1429
% 0.90/1.08 1852. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### Or 1851 1741
% 0.90/1.08 1853. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1852 609
% 0.90/1.08 1854. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 1853
% 0.90/1.08 1855. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 519 1854
% 0.90/1.08 1856. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp13)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp14)) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 851 1799
% 0.90/1.08 1857. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c1_1 (a926)) (c2_1 (a926)) (All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) (-. (c3_1 (a926))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### DisjTree 1746 1790 866
% 0.90/1.08 1858. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a954))) (c1_1 (a954)) (c3_1 (a954)) (-. (hskp27)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (c3_1 (a926))) (c2_1 (a926)) (c1_1 (a926)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### DisjTree 1746 1857 1752
% 0.90/1.08 1859. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c1_1 (a926)) (c2_1 (a926)) (-. (c3_1 (a926))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (c3_1 (a954)) (c1_1 (a954)) (-. (c0_1 (a954))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ### Or 1858 114
% 0.90/1.08 1860. ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (c3_1 (a926))) (c2_1 (a926)) (c1_1 (a926)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c0_1 (a923))) (-. (c1_1 (a923))) (c3_1 (a923)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 1859
% 0.90/1.08 1861. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c1_1 (a926)) (c2_1 (a926)) (-. (c3_1 (a926))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (ndr1_0) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ### Or 521 1860
% 0.90/1.08 1862. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (ndr1_0) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (c3_1 (a926))) (c2_1 (a926)) (c1_1 (a926)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c0_1 (a923))) (-. (c1_1 (a923))) (c3_1 (a923)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### ConjTree 1861
% 0.90/1.08 1863. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c1_1 (a926)) (c2_1 (a926)) (-. (c3_1 (a926))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 1862
% 0.90/1.08 1864. ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c0_1 (a923))) (-. (c1_1 (a923))) (c3_1 (a923)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### ConjTree 1863
% 0.90/1.08 1865. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 851 1864
% 0.90/1.08 1866. ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ### ConjTree 1865
% 0.90/1.08 1867. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp13)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ### Or 1856 1866
% 0.90/1.08 1868. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### Or 1867 312
% 0.90/1.08 1869. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1868 185
% 0.90/1.08 1870. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (c1_1 (a916)) (c3_1 (a916)) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ### DisjTree 136 490 837
% 0.90/1.08 1871. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### ConjTree 1870
% 0.90/1.08 1872. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### Or 547 1871
% 0.90/1.08 1873. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c0_1 (a939)) (-. (c3_1 (a939))) (-. (c1_1 (a939))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a926))) (c2_1 (a926)) (c1_1 (a926)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### DisjTree 1726 1857 106
% 0.90/1.08 1874. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c1_1 (a926)) (c2_1 (a926)) (-. (c3_1 (a926))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a939))) (-. (c3_1 (a939))) (c0_1 (a939)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ### ConjTree 1873
% 0.90/1.08 1875. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c0_1 (a939)) (-. (c3_1 (a939))) (-. (c1_1 (a939))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a926))) (c2_1 (a926)) (c1_1 (a926)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ### Or 514 1874
% 0.90/1.08 1876. ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c1_1 (a926)) (c2_1 (a926)) (-. (c3_1 (a926))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 1875
% 0.90/1.08 1877. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a926))) (c2_1 (a926)) (c1_1 (a926)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp14)) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ### Or 4 1876
% 0.90/1.08 1878. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) (-. (hskp14)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c1_1 (a926)) (c2_1 (a926)) (-. (c3_1 (a926))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ### ConjTree 1877
% 0.90/1.08 1879. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a926))) (c2_1 (a926)) (c1_1 (a926)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp14)) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 1878
% 0.90/1.08 1880. ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) (-. (hskp14)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### ConjTree 1879
% 0.90/1.08 1881. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp14)) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### Or 1872 1880
% 0.90/1.08 1882. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ### Or 1881 1866
% 0.90/1.08 1883. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### Or 1882 536
% 0.90/1.08 1884. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 1883
% 0.90/1.08 1885. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1869 1884
% 0.90/1.08 1886. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 1885
% 0.90/1.08 1887. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1855 1886
% 0.90/1.08 1888. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 1887
% 0.95/1.09 1889. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 1840 1888
% 0.95/1.09 1890. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 1889
% 0.95/1.09 1891. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 1838 1890
% 0.95/1.09 1892. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 1891
% 0.95/1.09 1893. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 1830 1892
% 0.95/1.09 1894. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c0_1 (a916)) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a916)) (c1_1 (a916)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (ndr1_0) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp1)) (-. (hskp23)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ### DisjTree 520 1770 254
% 0.95/1.09 1895. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp23)) (-. (hskp1)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (ndr1_0) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 1894
% 0.95/1.09 1896. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp1)) (-. (hskp23)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ### Or 234 1895
% 0.95/1.09 1897. ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a937))) (c1_1 (a937)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) (c3_1 (a954)) (c1_1 (a954)) (ndr1_0) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ### Or 743 686
% 0.95/1.09 1898. ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp21)) (ndr1_0) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c1_1 (a937)) (-. (c2_1 (a937))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### ConjTree 1897
% 0.95/1.09 1899. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### Or 1896 1898
% 0.95/1.09 1900. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### Or 1899 459
% 0.95/1.09 1901. ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 1900
% 0.95/1.09 1902. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ### Or 501 1901
% 0.95/1.09 1903. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ### ConjTree 1902
% 0.95/1.09 1904. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 1903
% 0.95/1.09 1905. ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) (c1_1 (a937)) (-. (c0_1 (a937))) (All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) (-. (c2_1 (a937))) (ndr1_0) ### Or 484 589
% 0.95/1.09 1906. ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a937))) (All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) (-. (c0_1 (a937))) (c1_1 (a937)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a926)) (c2_1 (a926)) (-. (c3_1 (a926))) (All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ### DisjTree 1509 860 1905
% 0.95/1.09 1907. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c3_1 (a926))) (c2_1 (a926)) (c1_1 (a926)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c1_1 (a937)) (-. (c0_1 (a937))) (All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) (-. (c2_1 (a937))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (ndr1_0) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp1)) (-. (hskp23)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ### DisjTree 520 1906 866
% 0.95/1.09 1908. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a926)) (c2_1 (a926)) (-. (c3_1 (a926))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (ndr1_0) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp1)) (-. (hskp23)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ### DisjTree 520 1907 254
% 0.95/1.09 1909. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp23)) (-. (hskp1)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c3_1 (a926))) (c2_1 (a926)) (c1_1 (a926)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 1908
% 0.95/1.09 1910. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a926)) (c2_1 (a926)) (-. (c3_1 (a926))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp1)) (-. (hskp23)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ### Or 234 1909
% 0.95/1.09 1911. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c3_1 (a926))) (c2_1 (a926)) (c1_1 (a926)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### Or 1910 1898
% 0.95/1.09 1912. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a926)) (c2_1 (a926)) (-. (c3_1 (a926))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### Or 1911 27
% 0.95/1.09 1913. ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c3_1 (a926))) (c2_1 (a926)) (c1_1 (a926)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 1912
% 0.95/1.09 1914. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a926)) (c2_1 (a926)) (-. (c3_1 (a926))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ### Or 501 1913
% 0.95/1.09 1915. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c3_1 (a926))) (c2_1 (a926)) (c1_1 (a926)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ### ConjTree 1914
% 0.95/1.09 1916. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a926)) (c2_1 (a926)) (-. (c3_1 (a926))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 1915
% 0.95/1.09 1917. ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### ConjTree 1916
% 0.95/1.09 1918. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 1904 1917
% 0.95/1.09 1919. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ### ConjTree 1918
% 0.95/1.09 1920. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 511 1919
% 0.95/1.09 1921. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1920 461
% 0.95/1.09 1922. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 1053 459
% 0.95/1.09 1923. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 1922
% 0.95/1.09 1924. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1921 1923
% 0.95/1.09 1925. ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a937))) (All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) (-. (c0_1 (a937))) (c1_1 (a937)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ### DisjTree 1509 136 1905
% 0.95/1.09 1926. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### DisjTree 1746 1925 254
% 0.95/1.09 1927. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 1926
% 0.95/1.09 1928. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ### Or 234 1927
% 0.95/1.09 1929. ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 1928
% 0.95/1.09 1930. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ### Or 501 1929
% 0.95/1.09 1931. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ### ConjTree 1930
% 0.95/1.09 1932. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 1931
% 0.95/1.09 1933. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### ConjTree 1932
% 0.95/1.09 1934. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 511 1933
% 0.95/1.09 1935. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1934 1764
% 0.95/1.09 1936. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 1935
% 0.95/1.09 1937. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1924 1936
% 0.95/1.09 1938. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### Or 1899 523
% 0.95/1.09 1939. ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 1938
% 0.95/1.09 1940. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ### Or 501 1939
% 0.95/1.09 1941. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ### ConjTree 1940
% 0.95/1.09 1942. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 1941
% 0.95/1.09 1943. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 1942 1917
% 0.95/1.09 1944. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ### ConjTree 1943
% 0.95/1.09 1945. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 28 1944
% 0.95/1.10 1946. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1945 505
% 0.95/1.10 1947. ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a937))) (All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) (-. (c0_1 (a937))) (c1_1 (a937)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ### DisjTree 1509 14 1905
% 0.95/1.10 1948. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### DisjTree 1726 1947 254
% 0.95/1.10 1949. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 1948
% 0.95/1.10 1950. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a900)) (c3_1 (a900)) (c1_1 (a900)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### Or 1768 1949
% 0.95/1.10 1951. ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 1950
% 0.95/1.10 1952. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ### Or 17 1951
% 0.95/1.10 1953. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 1952
% 0.95/1.10 1954. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a937))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a937))) (c1_1 (a937)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 687 1953
% 0.95/1.10 1955. ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 1954
% 0.95/1.10 1956. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (hskp7)) (-. (hskp13)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ### Or 475 1955
% 0.95/1.10 1957. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ### ConjTree 1956
% 0.95/1.10 1958. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp7)) (-. (hskp13)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 1957
% 0.95/1.10 1959. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ### Or 501 1955
% 0.95/1.10 1960. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ### ConjTree 1959
% 0.95/1.10 1961. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 1960
% 0.95/1.10 1962. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### ConjTree 1961
% 0.95/1.10 1963. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 1958 1962
% 0.95/1.10 1964. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1963 505
% 0.95/1.10 1965. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 1964
% 0.95/1.10 1966. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1946 1965
% 0.95/1.10 1967. ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ### DisjTree 1509 14 590
% 0.95/1.10 1968. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### ConjTree 1967
% 0.95/1.10 1969. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (-. (hskp12)) (-. (hskp13)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ### Or 8 1968
% 0.95/1.10 1970. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1969 1933
% 0.95/1.10 1971. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1970 536
% 0.95/1.10 1972. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 1971
% 0.95/1.10 1973. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1966 1972
% 0.95/1.10 1974. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 1973
% 0.95/1.10 1975. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 1937 1974
% 0.95/1.10 1976. ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ### DisjTree 1509 14 602
% 0.95/1.10 1977. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### ConjTree 1976
% 0.95/1.10 1978. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (-. (hskp12)) (-. (hskp13)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ### Or 8 1977
% 0.95/1.10 1979. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### Or 1896 846
% 0.95/1.10 1980. ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### ConjTree 1979
% 0.95/1.10 1981. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ### Or 501 1980
% 0.95/1.10 1982. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ### ConjTree 1981
% 0.95/1.10 1983. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 1982
% 0.95/1.10 1984. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 1983 1917
% 0.95/1.10 1985. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ### ConjTree 1984
% 0.95/1.10 1986. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1978 1985
% 0.95/1.10 1987. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1986 609
% 0.95/1.10 1988. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1987 1965
% 0.95/1.10 1989. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1970 609
% 0.95/1.10 1990. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 1989
% 0.95/1.10 1991. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1988 1990
% 0.95/1.10 1992. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 1991
% 0.95/1.10 1993. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 1937 1992
% 0.95/1.10 1994. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 1993
% 0.95/1.10 1995. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 1975 1994
% 0.95/1.10 1996. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 534 1531
% 0.95/1.10 1997. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 512 1814
% 0.95/1.10 1998. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1997 1923
% 0.95/1.10 1999. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1998 1936
% 0.95/1.10 2000. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1978 312
% 0.95/1.10 2001. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2000 185
% 0.95/1.10 2002. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2001 1531
% 0.95/1.10 2003. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 2002
% 0.95/1.11 2004. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 1999 2003
% 0.95/1.11 2005. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 2004
% 0.95/1.11 2006. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1996 2005
% 0.95/1.11 2007. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 2006
% 0.95/1.11 2008. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 1995 2007
% 0.95/1.11 2009. ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907)))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### ConjTree 2008
% 0.95/1.11 2010. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 1893 2009
% 0.95/1.11 2011. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### DisjTree 1746 33 639
% 0.95/1.11 2012. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ### ConjTree 2011
% 0.95/1.11 2013. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 2012
% 0.95/1.11 2014. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### ConjTree 2013
% 0.95/1.11 2015. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 511 2014
% 0.95/1.11 2016. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2015 1764
% 0.95/1.11 2017. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 2016
% 0.95/1.11 2018. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 669 2017
% 0.95/1.11 2019. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) (c1_1 (a900)) (c3_1 (a900)) (c2_1 (a900)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### DisjTree 1726 691 254
% 0.95/1.11 2020. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a900)) (c3_1 (a900)) (c1_1 (a900)) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 2019
% 0.95/1.11 2021. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a900)) (c3_1 (a900)) (c1_1 (a900)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### Or 1768 2020
% 0.95/1.11 2022. ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 2021
% 0.95/1.11 2023. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ### Or 17 2022
% 0.95/1.11 2024. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 2023
% 0.95/1.11 2025. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a937))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a937))) (c1_1 (a937)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 687 2024
% 0.95/1.11 2026. ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 2025
% 0.95/1.11 2027. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (hskp7)) (-. (hskp13)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ### Or 475 2026
% 0.95/1.11 2028. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ### ConjTree 2027
% 0.95/1.11 2029. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp7)) (-. (hskp13)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 2028
% 0.95/1.11 2030. (-. (c0_1 (a923))) (c0_1 (a923)) ### Axiom
% 0.95/1.11 2031. (-. (c0_1 (a923))) (c0_1 (a923)) ### Axiom
% 0.95/1.11 2032. (-. (c2_1 (a923))) (c2_1 (a923)) ### Axiom
% 0.95/1.11 2033. (c3_1 (a923)) (-. (c3_1 (a923))) ### Axiom
% 0.95/1.11 2034. ((ndr1_0) => ((c0_1 (a923)) \/ ((c2_1 (a923)) \/ (-. (c3_1 (a923)))))) (c3_1 (a923)) (-. (c2_1 (a923))) (-. (c0_1 (a923))) (ndr1_0) ### DisjTree 9 2031 2032 2033
% 0.95/1.11 2035. (All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) (ndr1_0) (-. (c0_1 (a923))) (-. (c2_1 (a923))) (c3_1 (a923)) ### All 2034
% 0.95/1.11 2036. (c3_1 (a923)) (-. (c3_1 (a923))) ### Axiom
% 0.95/1.11 2037. ((ndr1_0) => ((c0_1 (a923)) \/ ((-. (c2_1 (a923))) \/ (-. (c3_1 (a923)))))) (c3_1 (a923)) (All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) (-. (c0_1 (a923))) (ndr1_0) ### DisjTree 9 2030 2035 2036
% 0.95/1.11 2038. (All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) (ndr1_0) (-. (c0_1 (a923))) (All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) (c3_1 (a923)) ### All 2037
% 0.95/1.11 2039. ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) (c3_1 (a923)) (All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) (-. (c0_1 (a923))) (ndr1_0) ### DisjTree 2038 47 6
% 0.95/1.11 2040. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c1_1 (a900)) (c3_1 (a900)) (c2_1 (a900)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (hskp28)) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a923))) (c3_1 (a923)) (-. (hskp7)) (-. (hskp13)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### DisjTree 1726 2039 724
% 0.95/1.11 2041. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) (-. (c0_1 (a923))) (c3_1 (a923)) (-. (hskp7)) (-. (hskp13)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### DisjTree 1726 2039 254
% 0.95/1.11 2042. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) (c3_1 (a923)) (-. (c0_1 (a923))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 2041
% 0.95/1.11 2043. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) (c3_1 (a923)) (-. (c0_1 (a923))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a900)) (c3_1 (a900)) (c1_1 (a900)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### Or 2040 2042
% 0.95/1.11 2044. ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a923))) (c3_1 (a923)) (-. (hskp7)) (-. (hskp13)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 2043
% 0.95/1.11 2045. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) (c3_1 (a923)) (-. (c0_1 (a923))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ### Or 17 2044
% 0.95/1.11 2046. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a923))) (c3_1 (a923)) (-. (hskp7)) (-. (hskp13)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 2045
% 0.95/1.11 2047. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) (c3_1 (a923)) (-. (c0_1 (a923))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp12)) (-. (hskp13)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ### Or 8 2046
% 0.95/1.11 2048. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp13)) (-. (hskp12)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a923))) (c3_1 (a923)) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 2047
% 0.95/1.11 2049. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) (c3_1 (a923)) (-. (c0_1 (a923))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp13)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 2048
% 0.95/1.11 2050. ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp13)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### ConjTree 2049
% 0.95/1.11 2051. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 2029 2050
% 0.95/1.11 2052. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### Or 2051 644
% 0.95/1.11 2053. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2052 672
% 0.95/1.11 2054. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 2053
% 0.95/1.11 2055. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 673 2054
% 0.95/1.11 2056. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2055 365
% 0.95/1.11 2057. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 2056
% 0.95/1.11 2058. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 2018 2057
% 0.95/1.11 2059. ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (-. (c0_1 (a954))) (c1_1 (a954)) (c3_1 (a954)) (-. (hskp10)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ### DisjTree 1509 1359 447
% 0.95/1.11 2060. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp21)) (-. (hskp10)) (c3_1 (a954)) (c1_1 (a954)) (-. (c0_1 (a954))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### DisjTree 2059 33 639
% 0.95/1.11 2061. ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (hskp10)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ### ConjTree 2060
% 0.95/1.11 2062. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp21)) (-. (hskp10)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (ndr1_0) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ### Or 521 2061
% 0.95/1.11 2063. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (ndr1_0) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### Or 2062 523
% 0.95/1.11 2064. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (ndr1_0) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 2063
% 0.95/1.11 2065. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 2064
% 0.95/1.11 2066. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### ConjTree 2065
% 0.95/1.11 2067. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 28 2066
% 0.95/1.11 2068. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2067 461
% 0.95/1.11 2069. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2068 668
% 0.95/1.11 2070. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2069 2017
% 0.95/1.12 2071. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 2070 716
% 0.95/1.12 2072. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 387 2017
% 0.95/1.12 2073. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) (-. (c3_1 (a926))) (c2_1 (a926)) (c1_1 (a926)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### DisjTree 1746 1857 639
% 0.95/1.12 2074. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c1_1 (a926)) (c2_1 (a926)) (-. (c3_1 (a926))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ### ConjTree 2073
% 0.95/1.12 2075. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) (-. (c3_1 (a926))) (c2_1 (a926)) (c1_1 (a926)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 2074
% 0.95/1.12 2076. ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### ConjTree 2075
% 0.95/1.12 2077. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 851 2076
% 0.95/1.12 2078. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ### Or 2077 609
% 0.95/1.12 2079. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 2078
% 0.95/1.12 2080. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 387 2079
% 0.95/1.12 2081. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 2080
% 0.95/1.12 2082. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 2072 2081
% 0.95/1.12 2083. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 2082
% 0.95/1.12 2084. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 2071 2083
% 0.95/1.12 2085. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 2084
% 0.95/1.12 2086. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 2058 2085
% 0.95/1.12 2087. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2067 672
% 0.95/1.12 2088. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### DisjTree 1726 727 254
% 0.95/1.12 2089. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 2088
% 0.95/1.12 2090. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a900)) (c3_1 (a900)) (c1_1 (a900)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### Or 1768 2089
% 0.95/1.12 2091. ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 2090
% 0.95/1.12 2092. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (ndr1_0) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ### Or 17 2091
% 0.95/1.12 2093. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 2092
% 0.95/1.12 2094. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a937))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a937))) (c1_1 (a937)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 687 2093
% 0.95/1.12 2095. ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 2094
% 0.95/1.12 2096. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (hskp7)) (-. (hskp13)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ### Or 475 2095
% 0.95/1.12 2097. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ### ConjTree 2096
% 0.95/1.12 2098. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp7)) (-. (hskp13)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 2097
% 0.95/1.12 2099. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### DisjTree 1726 33 639
% 0.95/1.12 2100. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ### ConjTree 2099
% 0.95/1.12 2101. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 1053 2100
% 0.95/1.12 2102. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 2101
% 0.95/1.12 2103. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 2102
% 0.95/1.12 2104. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### ConjTree 2103
% 0.95/1.12 2105. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 2098 2104
% 0.95/1.12 2106. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2105 738
% 0.95/1.12 2107. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 2106
% 0.95/1.12 2108. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2087 2107
% 0.95/1.12 2109. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1969 1582
% 0.95/1.12 2110. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2109 536
% 0.95/1.12 2111. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 2110
% 0.95/1.12 2112. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (c0_1 (a907)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2108 2111
% 0.95/1.12 2113. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (c0_1 (a907)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 2112
% 0.95/1.12 2114. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) (c0_1 (a907)) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 2070 2113
% 0.95/1.12 2115. ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) (c0_1 (a916)) (c1_1 (a916)) (c3_1 (a916)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### DisjTree 1586 436 457
% 0.95/1.12 2116. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ### ConjTree 2115
% 0.95/1.12 2117. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ### Or 234 2116
% 0.95/1.12 2118. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (ndr1_0) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 2117
% 0.95/1.12 2119. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 511 2118
% 0.95/1.12 2120. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2119 1814
% 0.95/1.12 2121. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1978 938
% 0.95/1.12 2122. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2121 609
% 0.95/1.12 2123. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 2122
% 0.95/1.12 2124. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2120 2123
% 0.95/1.12 2125. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 2124
% 0.95/1.12 2126. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (c0_1 (a907)) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 2114 2125
% 0.95/1.12 2127. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 387 2111
% 0.95/1.12 2128. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 2127
% 0.95/1.13 2129. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 2072 2128
% 0.95/1.13 2130. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 2129
% 0.95/1.13 2131. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) (c0_1 (a907)) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 2126 2130
% 0.95/1.13 2132. ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907)))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### ConjTree 2131
% 0.95/1.13 2133. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 2086 2132
% 0.95/1.13 2134. ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### ConjTree 2133
% 0.95/1.13 2135. ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### Or 2010 2134
% 0.95/1.13 2136. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ### DisjTree 1625 249 254
% 0.95/1.13 2137. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 2136
% 0.95/1.13 2138. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ### Or 234 2137
% 0.95/1.13 2139. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 2138
% 0.95/1.13 2140. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 511 2139
% 0.95/1.13 2141. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2140 1764
% 0.95/1.13 2142. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 2141
% 0.95/1.13 2143. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 791 2142
% 0.95/1.13 2144. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 526 2139
% 0.95/1.13 2145. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2144 536
% 0.95/1.13 2146. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 2145
% 0.95/1.13 2147. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 807 2146
% 0.95/1.13 2148. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 2147
% 0.95/1.13 2149. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 2143 2148
% 0.95/1.13 2150. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### DisjTree 367 1368 243
% 0.95/1.13 2151. ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (-. (c2_1 (a905))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### DisjTree 2150 436 457
% 0.95/1.13 2152. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ### DisjTree 2151 249 254
% 0.95/1.13 2153. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 2152
% 0.95/1.13 2154. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ### Or 234 2153
% 0.95/1.13 2155. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 2154
% 0.95/1.13 2156. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 511 2155
% 0.95/1.13 2157. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2156 1814
% 0.95/1.13 2158. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 893 365
% 0.95/1.13 2159. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 2158
% 0.95/1.13 2160. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2157 2159
% 0.95/1.13 2161. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 2160
% 0.95/1.13 2162. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 2149 2161
% 0.95/1.13 2163. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2157 878
% 0.95/1.13 2164. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 2163
% 0.95/1.13 2165. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 2149 2164
% 0.95/1.13 2166. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 2165
% 0.95/1.13 2167. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 2162 2166
% 0.95/1.13 2168. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 892 1965
% 0.95/1.13 2169. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2168 1990
% 0.95/1.13 2170. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 2169
% 0.95/1.13 2171. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2157 2170
% 0.95/1.13 2172. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 2171
% 0.95/1.13 2173. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 2149 2172
% 0.95/1.13 2174. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1969 312
% 0.95/1.13 2175. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2174 536
% 0.95/1.13 2176. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2175 823
% 0.95/1.13 2177. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 2176
% 0.95/1.13 2178. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 807 2177
% 0.95/1.13 2179. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 2178
% 0.95/1.13 2180. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 2143 2179
% 0.95/1.14 2181. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2001 833
% 0.95/1.14 2182. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 2181
% 0.95/1.14 2183. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2157 2182
% 0.95/1.14 2184. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 2183
% 0.95/1.14 2185. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 2180 2184
% 0.95/1.14 2186. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 2185
% 0.95/1.14 2187. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 2173 2186
% 0.95/1.14 2188. ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907)))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### ConjTree 2187
% 0.95/1.14 2189. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 2167 2188
% 0.95/1.14 2190. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1687 2079
% 0.95/1.14 2191. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 2190
% 0.95/1.14 2192. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2157 2191
% 0.95/1.14 2193. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 2192
% 0.95/1.14 2194. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 2149 2193
% 0.95/1.14 2195. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 2194
% 0.95/1.14 2196. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 2058 2195
% 0.95/1.14 2197. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 807 2111
% 0.95/1.14 2198. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 2197
% 1.01/1.14 2199. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 2143 2198
% 1.01/1.14 2200. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 260 672
% 1.01/1.14 2201. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2200 2107
% 1.01/1.14 2202. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1978 2014
% 1.01/1.14 2203. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2202 609
% 1.01/1.14 2204. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 2203
% 1.01/1.14 2205. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (c0_1 (a907)) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2201 2204
% 1.01/1.14 2206. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (c0_1 (a907)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 2205
% 1.01/1.14 2207. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2120 2206
% 1.01/1.14 2208. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 2207
% 1.01/1.14 2209. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 2199 2208
% 1.01/1.14 2210. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2120 2182
% 1.01/1.14 2211. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 2210
% 1.01/1.14 2212. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 2180 2211
% 1.01/1.14 2213. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 2212
% 1.01/1.14 2214. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 2209 2213
% 1.01/1.14 2215. ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907)))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### ConjTree 2214
% 1.01/1.14 2216. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 2196 2215
% 1.01/1.14 2217. ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### ConjTree 2216
% 1.01/1.15 2218. ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### Or 2189 2217
% 1.01/1.15 2219. ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905)))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ### ConjTree 2218
% 1.01/1.15 2220. ((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ### Or 2135 2219
% 1.01/1.15 2221. ((ndr1_0) /\ ((c0_1 (a904)) /\ ((-. (c1_1 (a904))) /\ (-. (c2_1 (a904)))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) ### ConjTree 2220
% 1.01/1.15 2222. ((-. (hskp3)) \/ ((ndr1_0) /\ ((c0_1 (a904)) /\ ((-. (c1_1 (a904))) /\ (-. (c2_1 (a904))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) (-. (hskp2)) (-. (hskp1)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) ### Or 1725 2221
% 1.01/1.15 2223. ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ### DisjTree 1509 14 975
% 1.01/1.15 2224. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### ConjTree 2223
% 1.01/1.15 2225. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (-. (hskp12)) (-. (hskp13)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ### Or 8 2224
% 1.01/1.15 2226. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 2225 312
% 1.01/1.15 2227. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ### Or 56 2224
% 1.01/1.15 2228. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 2227
% 1.01/1.15 2229. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2226 2228
% 1.01/1.15 2230. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ### Or 514 2224
% 1.01/1.15 2231. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 2230
% 1.01/1.15 2232. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2229 2231
% 1.01/1.15 2233. ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ### DisjTree 1509 136 975
% 1.01/1.15 2234. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### ConjTree 2233
% 1.01/1.15 2235. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2232 2234
% 1.01/1.15 2236. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 2235
% 1.01/1.15 2237. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### Or 977 2236
% 1.01/1.15 2238. ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (c0_1 (a954))) (c1_1 (a954)) (c3_1 (a954)) (-. (hskp10)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ### DisjTree 1509 1359 975
% 1.01/1.15 2239. ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954)))))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp21)) (-. (hskp10)) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### ConjTree 2238
% 1.01/1.15 2240. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp21)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 1358 2239
% 1.01/1.15 2241. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### Or 2240 27
% 1.01/1.15 2242. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 2241 90
% 1.01/1.15 2243. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp3)) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### ConjTree 2242
% 1.01/1.15 2244. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 2225 2243
% 1.01/1.15 2245. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp3)) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2244 2228
% 1.01/1.15 2246. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 1053 2224
% 1.01/1.15 2247. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 2246
% 1.01/1.15 2248. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2245 2247
% 1.01/1.15 2249. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp3)) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2248 2234
% 1.01/1.15 2250. ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 2249
% 1.01/1.15 2251. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp3)) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 2237 2250
% 1.01/1.15 2252. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### Or 257 2224
% 1.01/1.15 2253. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (ndr1_0) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 2252
% 1.01/1.15 2254. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 2225 2253
% 1.01/1.15 2255. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2254 2228
% 1.01/1.15 2256. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2255 2234
% 1.01/1.15 2257. ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 2256
% 1.01/1.15 2258. ((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### Or 2251 2257
% 1.01/1.15 2259. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (hskp10)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### Or 1896 2239
% 1.01/1.15 2260. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### Or 2259 27
% 1.01/1.15 2261. ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 2260
% 1.01/1.15 2262. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ### Or 501 2261
% 1.01/1.15 2263. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ### ConjTree 2262
% 1.01/1.15 2264. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 2263
% 1.01/1.15 2265. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (hskp10)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c3_1 (a926))) (c2_1 (a926)) (c1_1 (a926)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### Or 1910 2239
% 1.01/1.15 2266. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a926)) (c2_1 (a926)) (-. (c3_1 (a926))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### Or 2265 459
% 1.01/1.15 2267. ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c3_1 (a926))) (c2_1 (a926)) (c1_1 (a926)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 2266
% 1.01/1.15 2268. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a926)) (c2_1 (a926)) (-. (c3_1 (a926))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ### Or 501 2267
% 1.01/1.15 2269. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c3_1 (a926))) (c2_1 (a926)) (c1_1 (a926)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ### ConjTree 2268
% 1.01/1.15 2270. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a926)) (c2_1 (a926)) (-. (c3_1 (a926))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 2269
% 1.01/1.15 2271. ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### ConjTree 2270
% 1.01/1.15 2272. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 2264 2271
% 1.01/1.15 2273. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ### ConjTree 2272
% 1.01/1.15 2274. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 511 2273
% 1.01/1.15 2275. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2274 461
% 1.01/1.15 2276. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2275 1923
% 1.01/1.15 2277. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2276 1936
% 1.01/1.15 2278. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a926)) (c2_1 (a926)) (-. (c3_1 (a926))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### Or 2265 27
% 1.01/1.16 2279. ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c3_1 (a926))) (c2_1 (a926)) (c1_1 (a926)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 2278
% 1.01/1.16 2280. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a926)) (c2_1 (a926)) (-. (c3_1 (a926))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ### Or 501 2279
% 1.01/1.16 2281. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c3_1 (a926))) (c2_1 (a926)) (c1_1 (a926)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ### ConjTree 2280
% 1.01/1.16 2282. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a926)) (c2_1 (a926)) (-. (c3_1 (a926))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 2281
% 1.01/1.16 2283. ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### ConjTree 2282
% 1.01/1.16 2284. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 2264 2283
% 1.01/1.16 2285. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ### ConjTree 2284
% 1.01/1.16 2286. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 2225 2285
% 1.01/1.16 2287. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2286 505
% 1.01/1.16 2288. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2287 1965
% 1.01/1.16 2289. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2288 2234
% 1.01/1.16 2290. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 2289
% 1.01/1.16 2291. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 2277 2290
% 1.01/1.16 2292. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2229 1531
% 1.01/1.16 2293. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2292 2234
% 1.01/1.16 2294. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 2293
% 1.01/1.16 2295. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 2291 2294
% 1.01/1.16 2296. ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907)))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### ConjTree 2295
% 1.01/1.16 2297. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 2237 2296
% 1.01/1.16 2298. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 2225 382
% 1.01/1.16 2299. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2298 2228
% 1.01/1.16 2300. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2299 2234
% 1.01/1.16 2301. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 2300
% 1.01/1.16 2302. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### Or 977 2301
% 1.01/1.16 2303. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (hskp10)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ### Or 742 2239
% 1.01/1.16 2304. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### Or 2303 27
% 1.01/1.16 2305. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 2304
% 1.01/1.16 2306. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 2305
% 1.01/1.16 2307. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### ConjTree 2306
% 1.01/1.16 2308. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 2225 2307
% 1.01/1.16 2309. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2308 461
% 1.01/1.16 2310. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2309 668
% 1.01/1.16 2311. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2310 2017
% 1.01/1.16 2312. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2308 672
% 1.01/1.16 2313. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2312 2107
% 1.01/1.16 2314. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2313 2234
% 1.01/1.16 2315. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 2314
% 1.01/1.16 2316. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 2311 2315
% 1.01/1.16 2317. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 2316 2301
% 1.01/1.16 2318. ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907)))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### ConjTree 2317
% 1.01/1.16 2319. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 2302 2318
% 1.01/1.16 2320. ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### ConjTree 2319
% 1.01/1.16 2321. ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (c0_1 (a903)) (-. (c3_1 (a903))) (-. (c2_1 (a903))) (ndr1_0) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### Or 2297 2320
% 1.01/1.16 2322. ((ndr1_0) /\ ((c0_1 (a904)) /\ ((-. (c1_1 (a904))) /\ (-. (c2_1 (a904)))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ### ConjTree 2321
% 1.01/1.16 2323. ((-. (hskp3)) \/ ((ndr1_0) /\ ((c0_1 (a904)) /\ ((-. (c1_1 (a904))) /\ (-. (c2_1 (a904))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) (-. (hskp1)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (ndr1_0) (-. (c2_1 (a903))) (-. (c3_1 (a903))) (c0_1 (a903)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) ### Or 2258 2322
% 1.01/1.17 2324. ((ndr1_0) /\ ((c0_1 (a903)) /\ ((-. (c2_1 (a903))) /\ (-. (c3_1 (a903)))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (ndr1_0) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp1)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((-. (hskp3)) \/ ((ndr1_0) /\ ((c0_1 (a904)) /\ ((-. (c1_1 (a904))) /\ (-. (c2_1 (a904))))))) ### ConjTree 2323
% 1.01/1.17 2325. ((-. (hskp2)) \/ ((ndr1_0) /\ ((c0_1 (a903)) /\ ((-. (c2_1 (a903))) /\ (-. (c3_1 (a903))))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp3)) \/ ((ndr1_0) /\ ((c0_1 (a904)) /\ ((-. (c1_1 (a904))) /\ (-. (c2_1 (a904))))))) ### Or 2222 2324
% 1.01/1.17 2326. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1383 1221
% 1.01/1.17 2327. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp3)) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2326 1391
% 1.01/1.17 2328. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2327 365
% 1.01/1.17 2329. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp23)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ### Or 1254 1375
% 1.01/1.17 2330. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c0_1 (a939)) (-. (c3_1 (a939))) (-. (c1_1 (a939))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp14)) (-. (hskp7)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### Or 2329 1400
% 1.01/1.17 2331. ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### ConjTree 2330
% 1.01/1.17 2332. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp14)) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ### Or 4 2331
% 1.01/1.17 2333. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) (-. (hskp14)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ### Or 2332 90
% 1.01/1.17 2334. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp3)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 2333 1217
% 1.01/1.17 2335. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp11)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 2334
% 1.04/1.17 2336. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (ndr1_0) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 168 2335
% 1.04/1.17 2337. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (ndr1_0) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp11)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### ConjTree 2336
% 1.04/1.17 2338. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### Or 1308 2337
% 1.04/1.17 2339. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2338 194
% 1.04/1.17 2340. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2339 365
% 1.04/1.17 2341. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 2340
% 1.04/1.17 2342. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp3)) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 2328 2341
% 1.04/1.17 2343. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c0_1 (a939)) (-. (c3_1 (a939))) (-. (c1_1 (a939))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp23)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ### Or 1263 1420
% 1.04/1.17 2344. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c1_1 (a939))) (-. (c3_1 (a939))) (c0_1 (a939)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### Or 2343 80
% 1.04/1.17 2345. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c0_1 (a939)) (-. (c3_1 (a939))) (-. (c1_1 (a939))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### ConjTree 2344
% 1.04/1.17 2346. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c1_1 (a939))) (-. (c3_1 (a939))) (c0_1 (a939)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ### Or 514 2345
% 1.04/1.17 2347. ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 2346
% 1.04/1.17 2348. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp14)) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ### Or 4 2347
% 1.04/1.17 2349. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) (-. (hskp14)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ### Or 2348 90
% 1.04/1.17 2350. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp3)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 2349 1289
% 1.04/1.17 2351. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 2350
% 1.04/1.17 2352. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp12)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 177 2351
% 1.04/1.17 2353. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2352 185
% 1.04/1.17 2354. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 2353
% 1.04/1.17 2355. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1265 2354
% 1.04/1.17 2356. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ### Or 137 2351
% 1.04/1.17 2357. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2356 185
% 1.04/1.17 2358. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 2357
% 1.04/1.17 2359. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1265 2358
% 1.04/1.17 2360. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 2359
% 1.04/1.17 2361. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2355 2360
% 1.04/1.17 2362. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c1_1 (a939))) (-. (c3_1 (a939))) (c0_1 (a939)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### Or 2343 1467
% 1.04/1.17 2363. ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### ConjTree 2362
% 1.04/1.17 2364. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp14)) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ### Or 4 2363
% 1.04/1.17 2365. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) (-. (hskp14)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ### Or 2364 90
% 1.04/1.17 2366. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp3)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 2365 1289
% 1.04/1.17 2367. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 2366
% 1.04/1.17 2368. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp12)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 165 2367
% 1.04/1.17 2369. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2368 185
% 1.04/1.17 2370. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ### Or 137 2367
% 1.04/1.18 2371. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2370 185
% 1.04/1.18 2372. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) (ndr1_0) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 2371
% 1.04/1.18 2373. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2369 2372
% 1.04/1.18 2374. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 2373
% 1.04/1.18 2375. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 2361 2374
% 1.04/1.18 2376. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 2375
% 1.04/1.18 2377. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 2342 2376
% 1.04/1.18 2378. ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (hskp27)) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp10)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ### DisjTree 1207 1049 15
% 1.04/1.18 2379. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp21)) (-. (hskp10)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ### Or 2378 25
% 1.04/1.18 2380. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (hskp11)) (-. (hskp12)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### Or 2379 27
% 1.04/1.18 2381. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 2380 1221
% 1.04/1.18 2382. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) (-. (hskp7)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2381 194
% 1.04/1.18 2383. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (hskp27)) (c3_1 (a954)) (c1_1 (a954)) (-. (c0_1 (a954))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### DisjTree 1511 77 15
% 1.04/1.18 2384. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (-. (c0_1 (a954))) (c1_1 (a954)) (c3_1 (a954)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ### Or 2383 114
% 1.04/1.18 2385. ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c0_1 (a923))) (-. (c1_1 (a923))) (c3_1 (a923)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 2384
% 1.04/1.18 2386. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp21)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 1358 2385
% 1.04/1.18 2387. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c0_1 (a923))) (-. (c1_1 (a923))) (c3_1 (a923)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### Or 2386 1215
% 1.04/1.18 2388. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp11)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 2387 90
% 1.04/1.18 2389. ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp3)) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### ConjTree 2388
% 1.04/1.18 2390. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp11)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ### Or 362 2389
% 1.04/1.18 2391. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp3)) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 2390
% 1.04/1.18 2392. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp11)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ### Or 137 2391
% 1.04/1.18 2393. ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (hskp27)) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp25)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ### DisjTree 1207 403 15
% 1.04/1.18 2394. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp21)) (-. (hskp25)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ### Or 2393 114
% 1.04/1.18 2395. ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a960)) (-. (c1_1 (a960))) (c3_1 (a960)) (-. (hskp23)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### DisjTree 1601 1352 457
% 1.04/1.18 2396. ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp23)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ### ConjTree 2395
% 1.04/1.18 2397. ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (-. (hskp23)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (c0_1 (a923))) (-. (c1_1 (a923))) (c3_1 (a923)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### Or 2394 2396
% 1.04/1.18 2398. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp21)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 2397 2385
% 1.04/1.18 2399. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (c0_1 (a923))) (-. (c1_1 (a923))) (c3_1 (a923)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### Or 2398 1215
% 1.04/1.18 2400. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp11)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 2399 90
% 1.04/1.18 2401. ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp3)) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### ConjTree 2400
% 1.04/1.18 2402. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp11)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ### Or 362 2401
% 1.04/1.18 2403. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp3)) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 2402
% 1.04/1.18 2404. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2392 2403
% 1.04/1.18 2405. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2404 194
% 1.04/1.18 2406. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (ndr1_0) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 2405
% 1.04/1.18 2407. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp7)) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2382 2406
% 1.04/1.18 2408. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (ndr1_0) (c1_1 (a900)) (c2_1 (a900)) (c3_1 (a900)) (-. (hskp23)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ### DisjTree 68 490 589
% 1.04/1.18 2409. ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp23)) (c3_1 (a900)) (c2_1 (a900)) (c1_1 (a900)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ### DisjTree 1509 14 2408
% 1.04/1.18 2410. ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900))))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (hskp23)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### ConjTree 2409
% 1.04/1.18 2411. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp23)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a946))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ### Or 1213 2410
% 1.04/1.18 2412. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp11)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a946))) (-. (c3_1 (a946))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a946))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### Or 2411 80
% 1.04/1.18 2413. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### ConjTree 2412
% 1.04/1.18 2414. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp11)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (ndr1_0) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ### Or 56 2413
% 1.04/1.18 2415. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (ndr1_0) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 2414 90
% 1.04/1.18 2416. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp11)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (ndr1_0) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp3)) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### ConjTree 2415
% 1.04/1.18 2417. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 2380 2416
% 1.04/1.18 2418. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) (-. (hskp7)) (-. (hskp5)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp3)) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2417 194
% 1.04/1.18 2419. ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (hskp27)) (c1_1 (a907)) (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (-. (c2_1 (a907))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ### DisjTree 1207 402 15
% 1.04/1.18 2420. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp27)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ### DisjTree 136 490 2419
% 1.04/1.18 2421. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### Or 2420 25
% 1.04/1.18 2422. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### Or 2421 536
% 1.04/1.18 2423. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) (-. (hskp7)) (-. (hskp5)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2422 194
% 1.04/1.18 2424. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp5)) (-. (hskp7)) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 2423
% 1.04/1.18 2425. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp5)) (-. (hskp7)) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2418 2424
% 1.04/1.18 2426. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) (-. (hskp7)) (-. (hskp5)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp3)) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 2425
% 1.04/1.18 2427. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) (-. (hskp7)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 2407 2426
% 1.04/1.18 2428. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### Or 1596 2335
% 1.04/1.18 2429. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp11)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### ConjTree 2428
% 1.04/1.18 2430. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 2380 2429
% 1.04/1.18 2431. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2430 194
% 1.04/1.18 2432. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp11)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp3)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 2333 2389
% 1.04/1.18 2433. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (-. (hskp12)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 2432
% 1.04/1.18 2434. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp11)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ### Or 137 2433
% 1.04/1.18 2435. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (hskp27)) (c3_1 (a954)) (c1_1 (a954)) (-. (c0_1 (a954))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### DisjTree 1602 77 15
% 1.04/1.18 2436. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) (-. (c0_1 (a954))) (c1_1 (a954)) (c3_1 (a954)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ### Or 2435 114
% 1.04/1.18 2437. ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c0_1 (a923))) (-. (c1_1 (a923))) (c3_1 (a923)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 2436
% 1.04/1.18 2438. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp21)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp15)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 2397 2437
% 1.04/1.18 2439. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (-. (hskp15)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (c0_1 (a923))) (-. (c1_1 (a923))) (c3_1 (a923)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ### Or 2438 1215
% 1.04/1.19 2440. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp11)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 2439 90
% 1.04/1.19 2441. ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp3)) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### ConjTree 2440
% 1.04/1.19 2442. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp11)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp3)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 2333 2441
% 1.04/1.19 2443. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 2442
% 1.04/1.19 2444. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp11)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ### Or 137 2443
% 1.04/1.19 2445. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### ConjTree 2444
% 1.04/1.19 2446. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2434 2445
% 1.04/1.19 2447. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2446 194
% 1.04/1.19 2448. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (ndr1_0) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 2447
% 1.04/1.19 2449. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2431 2448
% 1.04/1.19 2450. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (hskp27)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ### DisjTree 1253 490 2419
% 1.04/1.19 2451. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp12)) (-. (hskp11)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### Or 2450 25
% 1.04/1.19 2452. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (hskp11)) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### Or 2451 609
% 1.04/1.19 2453. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) (-. (hskp7)) (-. (hskp5)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2452 194
% 1.04/1.19 2454. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp5)) (-. (hskp7)) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 2453
% 1.04/1.19 2455. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 2449 2454
% 1.04/1.19 2456. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 2455
% 1.04/1.19 2457. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp7)) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 2427 2456
% 1.04/1.19 2458. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1265 1531
% 1.04/1.19 2459. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 2458
% 1.04/1.19 2460. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 2457 2459
% 1.04/1.19 2461. ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907)))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### ConjTree 2460
% 1.04/1.19 2462. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp3)) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 2377 2461
% 1.04/1.19 2463. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp3)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 2333 363
% 1.04/1.19 2464. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 2463
% 1.04/1.19 2465. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (hskp12)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ### Or 165 2464
% 1.04/1.19 2466. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2465 226
% 1.04/1.19 2467. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2466 365
% 1.04/1.19 2468. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 2467
% 1.04/1.19 2469. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp3)) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 1542 2468
% 1.04/1.19 2470. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 2469 1267
% 1.04/1.19 2471. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 2380 222
% 1.04/1.19 2472. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2471 1578
% 1.04/1.19 2473. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2472 1584
% 1.04/1.19 2474. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 2473 1611
% 1.04/1.19 2475. ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 2474
% 1.04/1.19 2476. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp3)) (-. (hskp4)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 2470 2475
% 1.04/1.19 2477. ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### ConjTree 2476
% 1.04/1.19 2478. ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### Or 2462 2477
% 1.04/1.19 2479. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (hskp7)) (-. (hskp14)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ### Or 1254 1635
% 1.04/1.19 2480. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### Or 2479 363
% 1.04/1.19 2481. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 2480
% 1.04/1.19 2482. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 1252 2481
% 1.04/1.19 2483. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 2482 1303
% 1.04/1.19 2484. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ### Or 137 2139
% 1.04/1.19 2485. ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a905)) (-. (c2_1 (a905))) (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (-. (c0_1 (a905))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### DisjTree 1601 332 78
% 1.04/1.19 2486. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a916)) (c1_1 (a916)) (c0_1 (a916)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ### DisjTree 2485 249 254
% 1.04/1.19 2487. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### ConjTree 2486
% 1.04/1.19 2488. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (ndr1_0) (-. (c1_1 (a960))) (c0_1 (a960)) (c3_1 (a960)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ### Or 348 2487
% 1.04/1.19 2489. ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 2488
% 1.04/1.19 2490. ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (c0_1 (a923))) (-. (c1_1 (a923))) (c3_1 (a923)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### Or 2394 2489
% 1.04/1.20 2491. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 2490 1215
% 1.04/1.20 2492. ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a917)) (c1_1 (a917)) (-. (c2_1 (a917))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp11)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 2491
% 1.04/1.20 2493. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ### Or 362 2492
% 1.04/1.20 2494. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp11)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 2493
% 1.04/1.20 2495. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2484 2494
% 1.04/1.20 2496. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2495 194
% 1.04/1.20 2497. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (ndr1_0) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 2496
% 1.04/1.20 2498. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 1251 2497
% 1.04/1.20 2499. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (ndr1_0) (-. (c1_1 (a960))) (c0_1 (a960)) (c3_1 (a960)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ### Or 348 1657
% 1.04/1.20 2500. ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 2499
% 1.04/1.20 2501. ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp21)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (c0_1 (a923))) (-. (c1_1 (a923))) (c3_1 (a923)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### Or 2394 2500
% 1.04/1.20 2502. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 2501 1215
% 1.04/1.20 2503. ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp11)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 2502
% 1.04/1.20 2504. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a917))) (c1_1 (a917)) (c3_1 (a917)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ### Or 1651 2503
% 1.04/1.20 2505. ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp11)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 2504
% 1.04/1.20 2506. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 2380 2505
% 1.04/1.20 2507. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2506 194
% 1.04/1.20 2508. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp11)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ### Or 362 2503
% 1.04/1.20 2509. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### Or 2508 194
% 1.04/1.20 2510. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (ndr1_0) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 2509
% 1.04/1.20 2511. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2507 2510
% 1.04/1.20 2512. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 2511
% 1.04/1.20 2513. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 2498 2512
% 1.04/1.20 2514. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 2513 2459
% 1.04/1.20 2515. ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907)))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### ConjTree 2514
% 1.04/1.20 2516. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 2483 2515
% 1.04/1.20 2517. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### Or 1308 327
% 1.04/1.20 2518. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2517 1682
% 1.04/1.20 2519. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2518 365
% 1.04/1.20 2520. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 2519
% 1.04/1.20 2521. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 1674 2520
% 1.04/1.20 2522. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 2521 1303
% 1.04/1.20 2523. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 2380 327
% 1.04/1.20 2524. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (hskp3)) (-. (hskp13)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 1053 337
% 1.04/1.20 2525. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) (-. (hskp12)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 2524 357
% 1.04/1.20 2526. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2525 327
% 1.04/1.20 2527. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 2526
% 1.04/1.20 2528. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2523 2527
% 1.04/1.20 2529. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2528 1673
% 1.04/1.20 2530. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 2529 1718
% 1.04/1.20 2531. ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 2530
% 1.04/1.20 2532. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 2522 2531
% 1.04/1.20 2533. ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### ConjTree 2532
% 1.04/1.20 2534. ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) (-. (hskp3)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### Or 2516 2533
% 1.04/1.20 2535. ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905)))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp3)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ### ConjTree 2534
% 1.04/1.20 2536. ((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) (-. (hskp3)) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ### Or 2478 2535
% 1.04/1.20 2537. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp6)) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1816 461
% 1.04/1.20 2538. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) (-. (hskp6)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 2537
% 1.04/1.20 2539. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp6)) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1281 2538
% 1.04/1.20 2540. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp7)) (-. (hskp6)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2539 365
% 1.04/1.20 2541. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (hskp10)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 1280 505
% 1.04/1.21 2542. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (-. (hskp10)) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2541 1806
% 1.04/1.21 2543. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2542 365
% 1.04/1.21 2544. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 2543
% 1.04/1.21 2545. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp6)) (-. (hskp7)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 2540 2544
% 1.04/1.21 2546. ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c1_1 (a916)) (c3_1 (a916)) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ### Or 183 837
% 1.04/1.21 2547. ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916))))) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ### ConjTree 2546
% 1.04/1.21 2548. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ### Or 292 2547
% 1.04/1.21 2549. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp13)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp14)) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### Or 2548 1799
% 1.04/1.21 2550. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp13)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ### Or 2549 1289
% 1.04/1.21 2551. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 1735 1289
% 1.04/1.21 2552. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 2551
% 1.04/1.21 2553. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### Or 2550 2552
% 1.04/1.21 2554. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2553 185
% 1.04/1.21 2555. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 2554
% 1.04/1.21 2556. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1265 2555
% 1.04/1.21 2557. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 1751 1289
% 1.04/1.21 2558. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 2557
% 1.04/1.21 2559. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 511 2558
% 1.04/1.21 2560. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2559 1764
% 1.04/1.21 2561. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 2560
% 1.04/1.21 2562. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2556 2561
% 1.04/1.21 2563. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) (-. (c0_1 (a938))) (c2_1 (a938)) (c3_1 (a938)) (-. (hskp16)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ### Or 836 1871
% 1.04/1.21 2564. ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938)))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) (-. (hskp16)) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 2563
% 1.04/1.21 2565. ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (hskp16)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp18)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ### Or 467 2564
% 1.04/1.21 2566. ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (hskp27)) (c1_1 (a937)) (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) (-. (c2_1 (a937))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ### DisjTree 1207 682 15
% 1.04/1.21 2567. ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a937))) (c1_1 (a937)) (-. (hskp27)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ### DisjTree 136 490 2566
% 1.04/1.21 2568. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a937))) (-. (c0_1 (a937))) (c1_1 (a937)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a900)) (c3_1 (a900)) (c1_1 (a900)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ### Or 1768 1871
% 1.04/1.21 2569. ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (c1_1 (a937)) (-. (c0_1 (a937))) (-. (c2_1 (a937))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a946))) (-. (c2_1 (a946))) (-. (c3_1 (a946))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ### ConjTree 2568
% 1.04/1.21 2570. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a946))) (-. (c2_1 (a946))) (-. (c0_1 (a946))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a937))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c1_1 (a937)) (-. (c2_1 (a937))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### Or 2567 2569
% 1.04/1.21 2571. ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a937))) (c1_1 (a937)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) (-. (c0_1 (a937))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 2570
% 1.04/1.21 2572. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) (-. (hskp16)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a937))) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c1_1 (a937)) (-. (c2_1 (a937))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (hskp12)) (-. (hskp13)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ### Or 8 2571
% 1.04/1.21 2573. ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp13)) (-. (hskp12)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a936))) (-. (c3_1 (a936))) (-. (c1_1 (a936))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 2572
% 1.04/1.21 2574. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c1_1 (a936))) (-. (c3_1 (a936))) (-. (c2_1 (a936))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp12)) (-. (hskp13)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) (-. (hskp16)) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ### Or 2565 2573
% 1.04/1.21 2575. ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (hskp16)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp13)) (-. (hskp12)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ### ConjTree 2574
% 1.04/1.21 2576. ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp13)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) (-. (hskp16)) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ### Or 438 2575
% 1.04/1.21 2577. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp14)) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp13)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 2576 1880
% 1.04/1.21 2578. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp13)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ### Or 2577 1289
% 1.04/1.21 2579. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c1_1 (a937)) (-. (c2_1 (a937))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ### Or 2567 114
% 1.04/1.21 2580. ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (ndr1_0) (-. (c0_1 (a923))) (-. (c1_1 (a923))) (c3_1 (a923)) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ### ConjTree 2579
% 1.04/1.21 2581. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (c3_1 (a923)) (-. (c1_1 (a923))) (-. (c0_1 (a923))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ### Or 501 2580
% 1.04/1.21 2582. ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a921)) (-. (c3_1 (a921))) (-. (c0_1 (a921))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ### ConjTree 2581
% 1.04/1.21 2583. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a921))) (-. (c3_1 (a921))) (c2_1 (a921)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ### Or 1751 2582
% 1.04/1.21 2584. ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp12)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### ConjTree 2583
% 1.04/1.21 2585. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (-. (hskp12)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a914)) (c0_1 (a914)) (-. (c2_1 (a914))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ### Or 2578 2584
% 1.04/1.21 2586. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2585 536
% 1.04/1.21 2587. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 2586
% 1.04/1.21 2588. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 1265 2587
% 1.04/1.21 2589. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 2588
% 1.04/1.21 2590. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c1_1 (a908)) (-. (c3_1 (a908))) (-. (c2_1 (a908))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2556 2589
% 1.04/1.21 2591. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 2590
% 1.04/1.21 2592. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a908))) (-. (c3_1 (a908))) (c1_1 (a908)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 2562 2591
% 1.04/1.21 2593. ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (hskp5)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 2592
% 1.04/1.21 2594. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 2545 2593
% 1.04/1.22 2595. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 2380 461
% 1.04/1.22 2596. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) (-. (hskp9)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2595 1923
% 1.04/1.22 2597. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2596 1936
% 1.04/1.22 2598. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 2380 505
% 1.04/1.22 2599. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2598 1965
% 1.04/1.22 2600. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (-. (hskp12)) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (c2_1 (a912)) (c1_1 (a912)) (-. (c0_1 (a912))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 1969 2584
% 1.04/1.22 2601. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (-. (c2_1 (a907))) (c1_1 (a907)) (c0_1 (a907)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ### Or 2600 536
% 1.04/1.22 2602. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c0_1 (a907)) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### ConjTree 2601
% 1.04/1.22 2603. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (c0_1 (a907)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2599 2602
% 1.04/1.22 2604. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (c0_1 (a907)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 2603
% 1.04/1.22 2605. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c0_1 (a907)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 2597 2604
% 1.04/1.22 2606. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (hskp5)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (c0_1 (a907)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 2605 2459
% 1.04/1.22 2607. ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907)))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### ConjTree 2606
% 1.04/1.22 2608. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) (-. (hskp4)) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (-. (hskp5)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 2594 2607
% 1.04/1.22 2609. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (hskp6)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 2058 1267
% 1.04/1.22 2610. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2596 2017
% 1.04/1.22 2611. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 2380 672
% 1.04/1.22 2612. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2611 2107
% 1.04/1.22 2613. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2422 756
% 1.04/1.22 2614. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 2613
% 1.04/1.22 2615. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2612 2614
% 1.04/1.22 2616. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (-. (hskp7)) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 2615
% 1.04/1.22 2617. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) (-. (hskp7)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 2610 2616
% 1.04/1.22 2618. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 2617 1267
% 1.04/1.22 2619. ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907)))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c3_1 (a906))) (c0_1 (a906)) (c2_1 (a906)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### ConjTree 2618
% 1.04/1.22 2620. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) (c2_1 (a906)) (c0_1 (a906)) (-. (c3_1 (a906))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 2609 2619
% 1.04/1.22 2621. ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### ConjTree 2620
% 1.04/1.22 2622. ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp20) \/ ((hskp14) \/ (hskp4))) (-. (hskp4)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### Or 2608 2621
% 1.04/1.22 2623. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 2143 809
% 1.04/1.22 2624. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2157 1311
% 1.04/1.22 2625. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (-. (hskp7)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 2624
% 1.04/1.22 2626. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (hskp7)) (-. (hskp6)) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 2623 2625
% 1.04/1.22 2627. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) (-. (hskp6)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### Or 2626 1303
% 1.04/1.22 2628. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (-. (hskp9)) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2596 2142
% 1.04/1.22 2629. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (-. (hskp11)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### Or 2380 798
% 1.04/1.22 2630. ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (ndr1_0) (-. (c2_1 (a914))) (c0_1 (a914)) (c3_1 (a914)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ### Or 1053 804
% 1.04/1.22 2631. ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) (ndr1_0) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (hskp10)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ### ConjTree 2630
% 1.04/1.22 2632. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (hskp10)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2629 2631
% 1.04/1.22 2633. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c0_1 (a912))) (c1_1 (a912)) (c2_1 (a912)) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c1_1 (a907)) (-. (c2_1 (a907))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2422 823
% 1.04/1.22 2634. ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a910)) (-. (c3_1 (a910))) (-. (c1_1 (a910))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 2633
% 1.11/1.22 2635. ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (c3_1 (a905)) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### Or 2632 2634
% 1.11/1.22 2636. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a905)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### ConjTree 2635
% 1.11/1.22 2637. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c2_1 (a907))) (c1_1 (a907)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (hskp8)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ### Or 2628 2636
% 1.11/1.23 2638. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (-. (c3_1 (a909))) (c1_1 (a909)) (-. (c0_1 (a909))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) (-. (c1_1 (a910))) (-. (c3_1 (a910))) (c2_1 (a910)) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2452 833
% 1.11/1.23 2639. ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ### ConjTree 2638
% 1.11/1.23 2640. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (c1_1 (a907)) (-. (c2_1 (a907))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) (-. (c0_1 (a909))) (c1_1 (a909)) (-. (c3_1 (a909))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ### Or 2157 2639
% 1.11/1.23 2641. ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) (-. (c2_1 (a907))) (c1_1 (a907)) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### ConjTree 2640
% 1.11/1.23 2642. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) (-. (c2_1 (a905))) (-. (c0_1 (a905))) (c3_1 (a905)) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c1_1 (a907)) (-. (c2_1 (a907))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ### Or 2637 2641
% 1.11/1.23 2643. ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907)))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ### ConjTree 2642
% 1.11/1.23 2644. ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c3_1 (a905)) (-. (c0_1 (a905))) (-. (c2_1 (a905))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) (ndr1_0) (-. (c1_1 (a904))) (-. (c2_1 (a904))) (c0_1 (a904)) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ### Or 2627 2643
% 1.11/1.23 2645. ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) (ndr1_0) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ### ConjTree 2644
% 1.11/1.23 2646. ((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (c0_1 (a904)) (-. (c2_1 (a904))) (-. (c1_1 (a904))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ### Or 2622 2645
% 1.11/1.23 2647. ((ndr1_0) /\ ((c0_1 (a904)) /\ ((-. (c1_1 (a904))) /\ (-. (c2_1 (a904)))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) (-. (c1_1 (a902))) (c0_1 (a902)) (c2_1 (a902)) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) ### ConjTree 2646
% 1.11/1.23 2648. ((-. (hskp3)) \/ ((ndr1_0) /\ ((c0_1 (a904)) /\ ((-. (c1_1 (a904))) /\ (-. (c2_1 (a904))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) (c2_1 (a902)) (c0_1 (a902)) (-. (c1_1 (a902))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) ### Or 2536 2647
% 1.11/1.23 2649. ((ndr1_0) /\ ((c0_1 (a902)) /\ ((c2_1 (a902)) /\ (-. (c1_1 (a902)))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) (-. (c3_1 (a901))) (-. (c1_1 (a901))) (-. (c0_1 (a901))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) (ndr1_0) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp3)) \/ ((ndr1_0) /\ ((c0_1 (a904)) /\ ((-. (c1_1 (a904))) /\ (-. (c2_1 (a904))))))) ### ConjTree 2648
% 1.11/1.23 2650. ((-. (hskp1)) \/ ((ndr1_0) /\ ((c0_1 (a902)) /\ ((c2_1 (a902)) /\ (-. (c1_1 (a902))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((-. (hskp3)) \/ ((ndr1_0) /\ ((c0_1 (a904)) /\ ((-. (c1_1 (a904))) /\ (-. (c2_1 (a904))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) (ndr1_0) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) (-. (c0_1 (a901))) (-. (c1_1 (a901))) (-. (c3_1 (a901))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) ((-. (hskp2)) \/ ((ndr1_0) /\ ((c0_1 (a903)) /\ ((-. (c2_1 (a903))) /\ (-. (c3_1 (a903))))))) ### Or 2325 2649
% 1.11/1.23 2651. ((ndr1_0) /\ ((-. (c0_1 (a901))) /\ ((-. (c1_1 (a901))) /\ (-. (c3_1 (a901)))))) ((-. (hskp2)) \/ ((ndr1_0) /\ ((c0_1 (a903)) /\ ((-. (c2_1 (a903))) /\ (-. (c3_1 (a903))))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((-. (hskp3)) \/ ((ndr1_0) /\ ((c0_1 (a904)) /\ ((-. (c1_1 (a904))) /\ (-. (c2_1 (a904))))))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((-. (hskp1)) \/ ((ndr1_0) /\ ((c0_1 (a902)) /\ ((c2_1 (a902)) /\ (-. (c1_1 (a902))))))) ### ConjTree 2650
% 1.11/1.23 2652. ((-. (hskp0)) \/ ((ndr1_0) /\ ((-. (c0_1 (a901))) /\ ((-. (c1_1 (a901))) /\ (-. (c3_1 (a901))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) ((-. (hskp2)) \/ ((ndr1_0) /\ ((c0_1 (a903)) /\ ((-. (c2_1 (a903))) /\ (-. (c3_1 (a903))))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) ((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) ((hskp20) \/ ((hskp14) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) ((hskp12) \/ ((hskp13) \/ (hskp21))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) ((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) ((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) ((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) ((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) ((-. (hskp3)) \/ ((ndr1_0) /\ ((c0_1 (a904)) /\ ((-. (c1_1 (a904))) /\ (-. (c2_1 (a904))))))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) ((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) ((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) ((-. (hskp1)) \/ ((ndr1_0) /\ ((c0_1 (a902)) /\ ((c2_1 (a902)) /\ (-. (c1_1 (a902))))))) ### Or 1334 2651
% 1.11/1.23 2653. (((-. (hskp0)) \/ ((ndr1_0) /\ ((-. (c0_1 (a901))) /\ ((-. (c1_1 (a901))) /\ (-. (c3_1 (a901))))))) /\ (((-. (hskp1)) \/ ((ndr1_0) /\ ((c0_1 (a902)) /\ ((c2_1 (a902)) /\ (-. (c1_1 (a902))))))) /\ (((-. (hskp2)) \/ ((ndr1_0) /\ ((c0_1 (a903)) /\ ((-. (c2_1 (a903))) /\ (-. (c3_1 (a903))))))) /\ (((-. (hskp3)) \/ ((ndr1_0) /\ ((c0_1 (a904)) /\ ((-. (c1_1 (a904))) /\ (-. (c2_1 (a904))))))) /\ (((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) /\ (((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) /\ (((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) /\ (((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) /\ (((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) /\ (((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) /\ (((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) /\ (((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) /\ (((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) /\ (((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) /\ (((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) /\ (((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) /\ (((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) /\ (((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) /\ (((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) /\ (((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) /\ (((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) /\ (((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) /\ (((-. (hskp22)) \/ ((ndr1_0) /\ ((c2_1 (a949)) /\ ((c3_1 (a949)) /\ (-. (c1_1 (a949))))))) /\ (((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) /\ (((-. (hskp24)) \/ ((ndr1_0) /\ ((-. (c0_1 (a959))) /\ ((-. (c1_1 (a959))) /\ (-. (c2_1 (a959))))))) /\ (((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) /\ (((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a979)) /\ ((c1_1 (a979)) /\ (-. (c3_1 (a979))))))) /\ (((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) /\ (((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) /\ (((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) /\ (((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a942)) /\ ((c1_1 (a942)) /\ (c2_1 (a942)))))) /\ (((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) /\ (((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) /\ (((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) /\ (((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) /\ (((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) /\ (((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) /\ (((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) /\ (((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) /\ (((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) /\ (((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) /\ (((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) /\ (((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) /\ (((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) /\ (((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) /\ (((All X24, ((ndr1_0) => ((c0_1 X24) \/ ((c3_1 X24) \/ (-. (c1_1 X24)))))) \/ ((hskp6) \/ (hskp11))) /\ (((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) /\ (((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) /\ (((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) /\ (((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) /\ (((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) /\ (((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) /\ (((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp15))) /\ (((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) /\ (((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) /\ (((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) /\ (((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp27) \/ (hskp9))) /\ (((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) /\ (((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp15))) /\ (((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) /\ (((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) /\ (((All X46, ((ndr1_0) => ((c1_1 X46) \/ ((c2_1 X46) \/ (-. (c3_1 X46)))))) \/ ((hskp20) \/ (hskp18))) /\ (((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) /\ (((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((hskp30) \/ (hskp7))) /\ (((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) /\ (((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) /\ (((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) /\ (((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) /\ (((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) /\ (((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ (hskp22))) /\ (((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((All X62, ((ndr1_0) => ((c3_1 X62) \/ ((-. (c0_1 X62)) \/ (-. (c1_1 X62)))))) \/ (hskp0))) /\ (((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) /\ (((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) /\ (((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) /\ (((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) /\ (((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) /\ (((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((hskp30) \/ (hskp9))) /\ (((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ ((hskp30) \/ (hskp24))) /\ (((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((All X62, ((ndr1_0) => ((c3_1 X62) \/ ((-. (c0_1 X62)) \/ (-. (c1_1 X62)))))) \/ (hskp25))) /\ (((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp1) \/ (hskp10))) /\ (((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) /\ (((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) /\ (((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) /\ (((All X62, ((ndr1_0) => ((c3_1 X62) \/ ((-. (c0_1 X62)) \/ (-. (c1_1 X62)))))) \/ ((hskp27) \/ (hskp13))) /\ (((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ ((hskp30) \/ (hskp17))) /\ (((All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))) \/ ((hskp20) \/ (hskp8))) /\ (((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) /\ (((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) /\ (((hskp26) \/ ((hskp5) \/ (hskp21))) /\ (((hskp20) \/ ((hskp14) \/ (hskp4))) /\ ((hskp12) \/ ((hskp13) \/ (hskp21))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))) ### ConjTree 2652
% 1.11/1.23 2654. (-. (-. (((-. (hskp0)) \/ ((ndr1_0) /\ ((-. (c0_1 (a901))) /\ ((-. (c1_1 (a901))) /\ (-. (c3_1 (a901))))))) /\ (((-. (hskp1)) \/ ((ndr1_0) /\ ((c0_1 (a902)) /\ ((c2_1 (a902)) /\ (-. (c1_1 (a902))))))) /\ (((-. (hskp2)) \/ ((ndr1_0) /\ ((c0_1 (a903)) /\ ((-. (c2_1 (a903))) /\ (-. (c3_1 (a903))))))) /\ (((-. (hskp3)) \/ ((ndr1_0) /\ ((c0_1 (a904)) /\ ((-. (c1_1 (a904))) /\ (-. (c2_1 (a904))))))) /\ (((-. (hskp4)) \/ ((ndr1_0) /\ ((c3_1 (a905)) /\ ((-. (c0_1 (a905))) /\ (-. (c2_1 (a905))))))) /\ (((-. (hskp5)) \/ ((ndr1_0) /\ ((c0_1 (a906)) /\ ((c2_1 (a906)) /\ (-. (c3_1 (a906))))))) /\ (((-. (hskp6)) \/ ((ndr1_0) /\ ((c0_1 (a907)) /\ ((c1_1 (a907)) /\ (-. (c2_1 (a907))))))) /\ (((-. (hskp7)) \/ ((ndr1_0) /\ ((c1_1 (a908)) /\ ((-. (c2_1 (a908))) /\ (-. (c3_1 (a908))))))) /\ (((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a909)) /\ ((-. (c0_1 (a909))) /\ (-. (c3_1 (a909))))))) /\ (((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a910)) /\ ((-. (c1_1 (a910))) /\ (-. (c3_1 (a910))))))) /\ (((-. (hskp10)) \/ ((ndr1_0) /\ ((c1_1 (a912)) /\ ((c2_1 (a912)) /\ (-. (c0_1 (a912))))))) /\ (((-. (hskp11)) \/ ((ndr1_0) /\ ((c0_1 (a914)) /\ ((c3_1 (a914)) /\ (-. (c2_1 (a914))))))) /\ (((-. (hskp12)) \/ ((ndr1_0) /\ ((c1_1 (a917)) /\ ((c3_1 (a917)) /\ (-. (c2_1 (a917))))))) /\ (((-. (hskp13)) \/ ((ndr1_0) /\ ((c2_1 (a921)) /\ ((-. (c0_1 (a921))) /\ (-. (c3_1 (a921))))))) /\ (((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a923)) /\ ((-. (c0_1 (a923))) /\ (-. (c1_1 (a923))))))) /\ (((-. (hskp15)) \/ ((ndr1_0) /\ ((c2_1 (a924)) /\ ((-. (c0_1 (a924))) /\ (-. (c1_1 (a924))))))) /\ (((-. (hskp16)) \/ ((ndr1_0) /\ ((c1_1 (a926)) /\ ((c2_1 (a926)) /\ (-. (c3_1 (a926))))))) /\ (((-. (hskp17)) \/ ((ndr1_0) /\ ((-. (c1_1 (a936))) /\ ((-. (c2_1 (a936))) /\ (-. (c3_1 (a936))))))) /\ (((-. (hskp18)) \/ ((ndr1_0) /\ ((c1_1 (a937)) /\ ((-. (c0_1 (a937))) /\ (-. (c2_1 (a937))))))) /\ (((-. (hskp19)) \/ ((ndr1_0) /\ ((c2_1 (a938)) /\ ((c3_1 (a938)) /\ (-. (c0_1 (a938))))))) /\ (((-. (hskp20)) \/ ((ndr1_0) /\ ((c0_1 (a939)) /\ ((-. (c1_1 (a939))) /\ (-. (c3_1 (a939))))))) /\ (((-. (hskp21)) \/ ((ndr1_0) /\ ((-. (c0_1 (a946))) /\ ((-. (c2_1 (a946))) /\ (-. (c3_1 (a946))))))) /\ (((-. (hskp22)) \/ ((ndr1_0) /\ ((c2_1 (a949)) /\ ((c3_1 (a949)) /\ (-. (c1_1 (a949))))))) /\ (((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a954)) /\ ((c3_1 (a954)) /\ (-. (c0_1 (a954))))))) /\ (((-. (hskp24)) \/ ((ndr1_0) /\ ((-. (c0_1 (a959))) /\ ((-. (c1_1 (a959))) /\ (-. (c2_1 (a959))))))) /\ (((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a960)) /\ ((c3_1 (a960)) /\ (-. (c1_1 (a960))))))) /\ (((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a979)) /\ ((c1_1 (a979)) /\ (-. (c3_1 (a979))))))) /\ (((-. (hskp27)) \/ ((ndr1_0) /\ ((c1_1 (a900)) /\ ((c2_1 (a900)) /\ (c3_1 (a900)))))) /\ (((-. (hskp28)) \/ ((ndr1_0) /\ ((c0_1 (a916)) /\ ((c1_1 (a916)) /\ (c3_1 (a916)))))) /\ (((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a933)) /\ ((c2_1 (a933)) /\ (c3_1 (a933)))))) /\ (((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a942)) /\ ((c1_1 (a942)) /\ (c2_1 (a942)))))) /\ (((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c2_1 V) \/ (-. (c3_1 V)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) /\ (((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ (All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))))) /\ (((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp27))) /\ (((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ (hskp0))) /\ (((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))))) /\ (((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp1) \/ (hskp2))) /\ (((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) /\ (((All X9, ((ndr1_0) => ((c0_1 X9) \/ ((c1_1 X9) \/ (c3_1 X9))))) \/ ((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ (All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))))) /\ (((All X15, ((ndr1_0) => ((c0_1 X15) \/ ((c1_1 X15) \/ (-. (c2_1 X15)))))) \/ ((hskp3) \/ (hskp4))) /\ (((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp5))) /\ (((All X16, ((ndr1_0) => ((c0_1 X16) \/ ((c1_1 X16) \/ (-. (c3_1 X16)))))) \/ ((hskp6) \/ (hskp7))) /\ (((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X2, ((ndr1_0) => ((c0_1 X2) \/ ((-. (c1_1 X2)) \/ (-. (c3_1 X2)))))) \/ (hskp8))) /\ (((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ (hskp9))) /\ (((All X10, ((ndr1_0) => ((c0_1 X10) \/ ((c2_1 X10) \/ (c3_1 X10))))) \/ ((hskp27) \/ (hskp10))) /\ (((All X24, ((ndr1_0) => ((c0_1 X24) \/ ((c3_1 X24) \/ (-. (c1_1 X24)))))) \/ ((hskp6) \/ (hskp11))) /\ (((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp5))) /\ (((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp28) \/ (hskp12))) /\ (((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c3_1 Y) \/ (-. (c2_1 Y)))))) \/ ((hskp2) \/ (hskp0))) /\ (((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((All X30, ((ndr1_0) => ((c1_1 X30) \/ ((c3_1 X30) \/ (-. (c2_1 X30)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))))) /\ (((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp3) \/ (hskp13))) /\ (((All X13, ((ndr1_0) => ((c0_1 X13) \/ ((-. (c1_1 X13)) \/ (-. (c2_1 X13)))))) \/ ((hskp7) \/ (hskp14))) /\ (((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp15))) /\ (((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp28) \/ (hskp16))) /\ (((All X26, ((ndr1_0) => ((c0_1 X26) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp7) \/ (hskp13))) /\ (((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp11) \/ (hskp27))) /\ (((All X38, ((ndr1_0) => ((c1_1 X38) \/ ((c2_1 X38) \/ (c3_1 X38))))) \/ ((hskp27) \/ (hskp9))) /\ (((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp29))) /\ (((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp15))) /\ (((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp12) \/ (hskp17))) /\ (((All X22, ((ndr1_0) => ((c1_1 X22) \/ ((c2_1 X22) \/ (-. (c0_1 X22)))))) \/ ((hskp18) \/ (hskp19))) /\ (((All X46, ((ndr1_0) => ((c1_1 X46) \/ ((c2_1 X46) \/ (-. (c3_1 X46)))))) \/ ((hskp20) \/ (hskp18))) /\ (((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ (hskp9))) /\ (((All Z, ((ndr1_0) => ((c1_1 Z) \/ ((c3_1 Z) \/ (-. (c0_1 Z)))))) \/ ((hskp30) \/ (hskp7))) /\ (((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp27))) /\ (((All X50, ((ndr1_0) => ((c1_1 X50) \/ ((-. (c0_1 X50)) \/ (-. (c2_1 X50)))))) \/ ((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ (hskp0))) /\ (((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (hskp21))) /\ (((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ ((All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))) \/ (hskp1))) /\ (((All X41, ((ndr1_0) => ((c1_1 X41) \/ ((-. (c0_1 X41)) \/ (-. (c3_1 X41)))))) \/ (hskp28)) /\ (((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ (hskp22))) /\ (((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((All X62, ((ndr1_0) => ((c3_1 X62) \/ ((-. (c0_1 X62)) \/ (-. (c1_1 X62)))))) \/ (hskp0))) /\ (((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp6) \/ (hskp14))) /\ (((All X11, ((ndr1_0) => ((c2_1 X11) \/ ((c3_1 X11) \/ (-. (c0_1 X11)))))) \/ ((hskp1) \/ (hskp23))) /\ (((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ (All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31))))))) /\ (((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ (All W, ((ndr1_0) => ((-. (c0_1 W)) \/ ((-. (c1_1 W)) \/ (-. (c3_1 W)))))))) /\ (((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ (hskp16))) /\ (((All X51, ((ndr1_0) => ((c2_1 X51) \/ ((c3_1 X51) \/ (-. (c1_1 X51)))))) \/ ((hskp30) \/ (hskp9))) /\ (((All X53, ((ndr1_0) => ((c2_1 X53) \/ ((-. (c0_1 X53)) \/ (-. (c1_1 X53)))))) \/ ((hskp30) \/ (hskp24))) /\ (((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((All X62, ((ndr1_0) => ((c3_1 X62) \/ ((-. (c0_1 X62)) \/ (-. (c1_1 X62)))))) \/ (hskp25))) /\ (((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp1) \/ (hskp10))) /\ (((All X4, ((ndr1_0) => ((c2_1 X4) \/ ((-. (c0_1 X4)) \/ (-. (c3_1 X4)))))) \/ ((hskp5) \/ (hskp7))) /\ (((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp25) \/ (hskp21))) /\ (((All X31, ((ndr1_0) => ((c2_1 X31) \/ ((-. (c1_1 X31)) \/ (-. (c3_1 X31)))))) \/ ((hskp10) \/ (hskp21))) /\ (((All X62, ((ndr1_0) => ((c3_1 X62) \/ ((-. (c0_1 X62)) \/ (-. (c1_1 X62)))))) \/ ((hskp27) \/ (hskp13))) /\ (((All X6, ((ndr1_0) => ((c3_1 X6) \/ ((-. (c0_1 X6)) \/ (-. (c2_1 X6)))))) \/ ((hskp30) \/ (hskp17))) /\ (((All X7, ((ndr1_0) => ((c3_1 X7) \/ ((-. (c1_1 X7)) \/ (-. (c2_1 X7)))))) \/ ((hskp20) \/ (hskp8))) /\ (((All X48, ((ndr1_0) => ((-. (c0_1 X48)) \/ ((-. (c2_1 X48)) \/ (-. (c3_1 X48)))))) \/ ((hskp23) \/ (hskp15))) /\ (((All X17, ((ndr1_0) => ((-. (c1_1 X17)) \/ ((-. (c2_1 X17)) \/ (-. (c3_1 X17)))))) \/ ((hskp11) \/ (hskp12))) /\ (((hskp26) \/ ((hskp5) \/ (hskp21))) /\ (((hskp20) \/ ((hskp14) \/ (hskp4))) /\ ((hskp12) \/ ((hskp13) \/ (hskp21))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))) ### NotNot 2653
% 1.11/1.23 % SZS output end Proof
% 1.11/1.23 (* END-PROOF *)
%------------------------------------------------------------------------------